© A S☫heil presentation; First published 29 MAY 2022; Updated 14 SEP 2023

1. Table of Contents

1. Table of Contents Updated 14 SEP 2023

2. Introduction

3. Historical Background
3.1. The Opening Solar Concentrator Updated 31 MAY 2022
3.2. Chang Chin Liang's Cometary Lensing Updated 31 MAY 2022
3.3. The Empire of Japan's FUGO Updated 31 MAY 2022

4. The 1966 Outer Space Treaty Updated 31 MAY 2022

5. Prerequisite for Space to Ground Capabilities Updated 31 MAY 2022

6. The Chain Reaction's Contenders
6.1. The Four Major Space Powers
6.1.1. France Updated 1 JUN 2022
6.1.2. Russia Updated 29 JUN 2022

6.1.3. The U.S. Updated 23 JUN 2022
6.1.3.1. The U.S. DEW Programs During The Cold War Updated 20 AUG 2022
6.1.3.2. The U.S. 42'000 Starlinks Updated 30 JAN 2023
6.1.3.2.1. Star Wars V2.0 Updated 4 AUG 2022
6.1.3.2.1.1. Starlink V3.0 Updated 9 SEP 2022
6.1.3.2.1.1.1. Propaganda Campaign Updated 14 SEP 2023
6.1.3.2.1.1.2. Starlink Satellite Connectivity With Mobile Devices Updated 9 SEP 2022
6.1.3.2.1.2. Starlink's ASAT Capability Updated 12 JUN 2022
6.1.3.2.2. U.S. Internet of Military Things (IoMT) warfare Updated 12 JUN 2022
6.1.3.2.2.1. Starlink Superseding Military Data Backhaul, Comsats And GNSS Updated 3 AUG 2022
6.1.3.2.2.2. Starlink's Real-time Recharging Of Batteries
6.1.3.2.2.2.1. Starlink's All-Weather Recharging Of Batteries Updated 13 JUN 2022
6.1.3.2.2.3. U.S. Micro Remotely Piloted Aircraft (MRPA) Updated 13 JUN 2022
6.1.3.2.2.4. Starlink And U.S. Allies Updated 12 JUN 2022
6.1.3.2.2.4.1. Starlink And BVLOS USV Updated 14 SEP 2023
6.1.3.2.2.4.2. Starlink And Ballistic Missile, BVLOS UAV Updated 16 FEB 2023
6.1.3.2.3. U.S. Counter-insurgency Warfare Updated 3 OCT 2022
6.1.3.2.4. Color Revolutions Updated 14 JUN 2022
6.1.3.2.5. Physiological Effects of Microwave Energy Attacks Updated 8 JUN 2022
6.1.3.2.5.1. Physiological Effects of low-level microwave energy attacks Updated 8 JUL 2022
6.1.3.2.5.1.1. Active Denial System Updated 8 JUL 2022
6.1.3.2.5.2. Physiological Effects of high-level microwave energy attacks Updated 8 JUL 2022
6.1.3.2.6. U.S. God Eye's View Updated 14 SEP 2023
6.1.3.2.6.1. Anti-Stealth, Hypersonic and Ballistic Missile Detection Updated 30 DEC 2022
6.1.3.2.6.2. Heartbeat Sensor Capability Updated 5 JUL 2022
6.1.3.2.6.3. Extremely Accurate Guidance Weapons Updated 3 AUG 2022
6.1.3.2.6.4. Starshield Updated 30 DEC 2022
6.1.3.2.7. U.S. Pyrohurricane WMD Updated 5 JUN 2022
6.1.3.3. CINNAMON-937 Satellite Blocker Updated 21 AUG 2022

6.1.4. China Updated 10 AUG 2022
6.1.4.1. OMEGA Project Updated 13 JUL 2022
6.1.4.1.1. OMEGA Project 2.0 Updated 9 MAR 2023
6.1.4.1.2. China's Space-Based Quantum Magnetometer Updated 15 NOV 2022
6.1.4.1.3. China's Space-Based Military Quantum Magnetometer Array Updated 15 NOV 2022
6.1.4.1.4. Neutrino-Antineutrino Annihilation At The Z0 Pole WMD Updated 2 DEC 2022
6.1.4.1.4.1. History Of the Development Of Neutrino Counter Nuclear Weapons Updated 2 DEC 2022
6.1.4.1.4.2. Destruction of Nuclear Bombs Using Ultra-High Energy Neutrino Beam Updated 2 DEC 2022
6.1.4.1.4.3. Neutrino-Antineutrino Annihilation At The Z0 Pole Counter Nuclear Weapon Updated 2 DEC 2022
6.1.4.1.5. Elon Musk's Reaction Updated 12 JUL 2022
6.1.4.2. China's 12'000 Solar Power Sat PLEO constellation Updated 26 MAR 2023

6.1.4.3. PLA counter-Starlink ASAT Updated 22 OCT 2022
6.1.4.3.1. PLA GW-class Laser ASAT Updated 31 OCT 2022
6.1.4.3.2. PLA 10 Megaton-class Thermonuclear EMP ASAT Updated 22 OCT 2022
6.1.4.4. China's 107'000 Starlinks Updated 14 JUN 2022
6.1.4.4.1. China's Stackable Flat-panel Satellite Updated 9 SEP 2022
6.1.4.4.2. China's Satellite Connectivity With Mobile Phones Updated 9 SEP 2022
6.1.4.4.3. China's DEW Ground Test Updated 16 JUL 2022
6.1.4.5. China's Fleet of Reusable VTVL Launchers Updated 30 JAN 2023
6.1.4.5.1. CASC Reusable VTVL Super-Heavy-Lift Launchers Updated 14 SEP 2023
6.1.4.5.2. Other Reusable VTVL Super-Heavy-Lift Launchers Updated 16 FEB 2023
6.1.4.5.3. U.S. N.A.S.A.'s Reaction Updated 11 JUL 2022
6.1.4.6. China's Big Data Super A.I. Updated 15 JUL 2022
6.1.4.6.1. China's Quantum Computer Updated 15 JUN 2022
6.1.4.6.2. China's ASAT A.I. Updated 15 JUL 2022
6.1.4.7. China's Planetary Fleet Carriers Updated 15 JUL 2022
6.1.4.8. China's Deep Space Quantum Communications Capability Updated 26 AUG 2022
6.1.4.9. China's Extraterrestrial Colonies Updated 16 JUL 2022
6.1.4.9.1. China's Counter Genocide Strategy Updated 22 OCT 2022
6.1.4.9.2. China's Lunar Colonies Updated 14 SEP 2022
6.1.4.9.2.1. China's Lunar Roadmap Updated 3 OCT 2022
6.1.4.9.2.2. China's Lunar Bases Updated 3 OCT 2022
6.1.4.9.2.3. China's Lunar Videomancy Updated 31 OCT 2022
6.1.4.9.2.4. China's Lunar Orbital Satellite Array Updated 3 OCT 2022
6.1.4.9.3. China's Mars Colonies Updated 30 JAN 2023
6.1.4.9.4. China's Solar System's Colonies Updated 14 SEP 2023
6.1.4.10. China's Asteroid WMD Updated 16 FEB 2023
6.1.4.11. China's Internet of Military Things (IoMT) warfare Updated 23 JUN 2022
6.1.4.11.1. Guowang Superseding Military Data Backhaul, Comsats And GNSS Updated 10 AUG 2022
6.1.4.11.2. Real-time Recharging of Batteries Updated 23 JUN 2022
6.1.4.11.3. China's Hybrid Swimming-walking Robotic Quadrupedal Vehicle Updated 16 FEB 2023
6.1.4.11.4. China's Space Fighter Updated 15 NOV 2022

6.2. The Four Minor Space Powers Updated 23 JUN 2022

6.2.XX. Iran Updated 30 JUN 2022
6.2.XX.1. Iran's Counter-Starlink options Updated 31 OCT 2022
6.2.XX.1.1. The Coming Color Revolution 2.0 On Iran Updated 30 DEC 2022
6.2.XX.1.2. Iranian Asymmetrical Warfare Focus Tree Updated 30 DEC 2022
6.2.XX.2. Iran's ASAT options Updated 30 JUN 2022
6.2.XX.2.1. ASAT Missile Weapons Updated 6 AUG 2022
6.2.XX.2.1.1. Preemptive Anti-ballistic Missile Strike Updated 4 AUG 2022
6.2.XX.2.2. Directed Energy ASAT Weapons Updated 30 JUN 2022
6.2.XX.2.2.1. Iran's Near Space ASAT Flying Manta Ray Updated 20 JUL 2022
6.2.XX.2.2.2. Hadron Accelerator ASAT Weapon Updated 9 MAR 2023
6.2.XX.2.2.2.1. Elon Musk's Reaction Updated 23 AUG 2022
6.2.XX.2.3. Preemptive Ballistic Missile Strike At The U.S.' Weak Point Updated 10 FEB 2023


On 25th July 2019, France's Defence Minister has stated that in order to catch up with the great space powers, Paris would invest 700 millions Euros to deploy high power space based lasers by 2023.

With 2 billions Euros annual budget in space military, France still lags behind the U.S. (50 billions), China (10 billions) and Russia (4 billions).

These offensive weapons would include machine guns to destroy solar panels of approaching enemy spacecrafts[web.archive.org]2[archive.ph], a clear reference to Russia's 2017 Louch-Olympe satellite that was caught marauding near the Franco-Italian Athena-Fidus military communications satellite.

But also laser to destroy enemy spacecrafts' solar panel and optics.[web.archive.org]2[archive.ph]

Most important, stressing the use of adapative optics[web.archive.org]2[archive.ph], Paris has reveal its intention to give its space assets a true space to ground capability!

To control all these new space platforms constituting a new Space Defence Force[web.archive.org]2[archive.ph], Macron, speaking on 13rd July 2019 ahead of Bastille Day celebrations, said that a new dedicated command would be formed in September.

In a chain reaction, sparked by France's decision, all the members of the Elite Club of Space Powers are expected to announce the deployment of their own Space to Ground assets within months to come.


3.1. The Opening Solar Concentrator

Yang-Sui (阳燧) Solar Ignitor, World’s Oldest Solar Device

During the sixth century BCE, Confucius wrote about the common use of curved mirrors shaped from shiny metal to concentrate the rays of the sun for making fire. These became known as yang-suis – translating to solar ignitors, or burning mirrors.

According to the great philosopher, upon waking up the eldest son would attach a solar ignitor to his belt as he dressed for the day. It was his duty to focus the solar rays onto kindling to start the family’s cooking fire.

According to another early text, the Zhouli, which describes rituals dating far back into Chinese antiquity, “The Directors of the Sun Fire have the duty of transferring with burning mirrors the brilliant flames of the sun to torches for sacrifice.”

Although scholars found over the years many ancient texts discussing solar ignitors, the discovery of an extant yang sui eluded them for centuries. Quite recently came the Eureka moment. Digging up a tomb that dated to about 3,000 years ago, a team of archaeologists found in the hand of a skeleton a bowl-shaped metal object. While the inner side could have passed for a wok, the exterior trough had a handle in its center. That’s what caught the eye of the two archaeologist in charge of the dig, Lu Demming and Zhai Keyong. They immediately brought the relic back to the local museum and ordered its specialists to make a mold from the original and then cast a copy in bronze.

After polishing its curved surface to a high degree of reflectance, the inquisitive archaeologists focused sunlight onto a piece of tinder just as the eldest son would have done so many years past, and in seconds the combustible material burst into flames. “This verified without a doubt that the purpose of the artifact is to make fire,” Lu and Zhai later wrote, assured of having found the oldest solar device in the history of humanity.

Now that the world could see what a real yang-sui looked like, museums retrospectively identified 20 more previously unclassified objects as solar ignitors. Multiple molds for turning out yang suis later found at a Bronze Age foundry in Shanxi province, close to the first find, suggest a mass market once existed for them. In fact, yang suis were probably as ubiquitous in early China as are matches and lighters today. The yang sui “should be regarded as one of the great inventions of ancient Chinese history,” remarked its discoverers, impressed by the ability of their forefathers to figure out the complex optics for such optimal performance so early in time.

▲ 1. Yang-Sui (阳燧) Solar Ignitor[archive.ph]
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▲ 2. Yang-Sui (阳燧) Solar Ignitor[archive.ph]
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▲ 3. Yang-Sui (阳燧) Solar Ignitor[archive.ph]
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▲ 4. Flashforward: Korean-style Gigantic Yang-Sui (阳燧) Solar Ignitor?[archive.ph]
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Source:
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Extract from a letter sent to the British Royal Observatory, at Greenwich, from Sze Zuk Chang Chin Liang of the Imperial Polytechnic College, at Shanghai, after observing the Halley comet in 1910 and worrying about the Earth being burned during future visits, appears to be the earliest account recorded and related to some natural space lensing able to destroy the ground surface:

It is obvious the comet has no tail at all and the so-called tail must be the Sun rays which, while passing through the body of the comet, look like a tail. If the body of the comet is transparent and like the Earth has its two poles fairly flat and thus form a convex lens then everything on the Earth will be burnt provided the sunlight passes through the body of the comet and the focus falls on the surface of the Earth. 1[web.archive.org]2[archive.is]

▲ Malena (2000): Lensing able to destroy little earthlings on the ground.[archive.vn]
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The Empire of Japan was the first to develop anti-air high power microwave weapons during the Pacific war.
Nippon Radio Telegraph and Telephone Co., Ltd.[web.archive.org]2[archive.ph] has developed in 1939 the world’s first cavity magnetron, with punched positive copper pole, 10cm wave length and 500W power.

Research on microwave weapons（く号兵器） started on December 1936[web.archive.org]2[archive.ph] at the Imperial Japanese Army Noborito Laboratory (陸軍登戸研究所[web.archive.org]2[archive.ph]).

Research on artificial lightning generator weapons（ら号兵器） by irradiating the sky with high intensity ultraviolet beams and ionization of the air, started on April 1938.

▲ Noborito Lab 9th Institute museum: some of the various directed energy weapons (microwave, UV, IR, Ultra sound, etc) and other automated/remote-controlled platforms research. [archive.ph]
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Anti-Aircraft EMF weapons rely on air ionization and breakup[web.archive.org]2[archive.ph], that occurs with an EMF frequency of 9.37GHz, the peak power up to 200kW, pulse width from 0.3 to 2.0μs.

Second Naval Technology Factory Ushio Laboratory ruins (第二海軍技術廠牛尾実験所遺跡)

Coordinates:
34°51'23.8"N, 138°07'44.6"E
34.856607°N, 138.129065°E

https://www.google.com/maps/place/34°51'23.8"N+138°07'44.6"E/@34.856607,138.1285165,232m/data=!3m2!1e3!4b1!4m2!3m1!1s0x0:0x0?hl=en
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Note: The site and all the concrete ruins have been removed circa February 28, 2015.

▲ Second Naval Technology Factory Ushio Laboratory ruins (第二海軍技術廠牛尾実験所遺跡), as imaged by Google Maps before 2015. [archive.ph]
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Shimada Laboratory was dedicated to research on death ray {LINK REMOVED}12[web.archive.org]3[web.archive.org]4[archive.ph]5[web.archive.org]6[archive.ph] during the war.

After the Battle of Midway, Admiral Isoroku Yamamoto advocated the need to develop new revolutionary weaponry. The "death ray" project was launched around June to August 1942. Construction work started around May 1943. With staff member of 1,457 people and 60 researchers.

Original plan was first to increase the output power of the ultra-high frequency from the kW to hundreds of kW.

Nuclear power generator was expected to be used.

The basic design has been completed in 1944 around September, but it did not reach the stage of practical application, with a high-frequency radio wave output of 50kW using a 10 meters diameter parabolic reflector.

The whole project ended unfinished.

▲ Very rare image of the 10 meters diameter parabolic reflector 50 kW output High-frequency radio wave. 昭和25年1月[archive.ph]
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▲ The first excavation is expected to be conducted on the ruins of the "powerful radio wave weapon" developed by the former Navy. Published on Aug 14, 2013; Video (1min15s)[web.archive.org]
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As for the Imperial Japanese Navy, it began a nuclear propulsion for ships' feasibility study under the direction of Captain Yōji Itō at the Navy Technical Research Institute around January 1942.

Itō assembled a panel of experts, designated the “Committee for Research on the Application of Nuclear Physics (B-Research),”and invited Nishina to serve as chair.

The committee met ten or more times until March 1943, when the panel of experts concluded that Japan could not develop a nuclear weapon in time for the war. Itō disbanded the committee and turned his attention to developing electron weapons[www.test.bgsu.edu], including a “death ray.”

(Source: 'From Hungnam to Yongbyon: Myths and Facts Concerning the Origins of North Korea’s Nuclear Program', Page 6, Walter E. Grunden, August 7, 2013 http://www.test.bgsu.edu/content/dam/BGSU/college-of-arts-and-sciences/history/documents/gruden-essay.pdf )

Therefore, to bypass the inherent limitations of atmospheric air ionization and breakup that caused a tremendous loss of power and limited the useful range of all electromagnetic frequencies (EMF) DEW to under several hundreds of meters to a few kilometers, the Empire of Japan started from 1943 to investigate DEW produced by particle accelerators (cyclotrons).

Nishina laboratory at RIKEN (Institute for Physical and Chemical Research)[web.archive.org]2[archive.ph] was the first to study electron-decaying particles for DEW, called Uchūsen weapons (宇宙線兵器).

On November 1944[web.archive.org]2[archive.ph], the Empire of Japan started the launch of the world's first intercontinental weapons system.

With a wave of 9'300 transpacific fūsen bakudan[web.archive.org]2[archive.ph] (風船爆弾) or "windly vessel" sent 10'000 km away toward North America.

The program is known as Fu-Go (ふ号兵器), and the new platforms surf the powerful Kamikaze (神風: Divine Wind) stratospheric current (called afterwards jet streams in the West) that were discovered by Wasaburo Ooishi back in 1924, thus far above enemy interceptors altitude.

Conventional explosives alone were not enough for the Empire of Japan to defeat the U.S. and other Allies.

But DEW intercontinental stratospheric FUGOs would. As announced by the official Nipponese Domei news agency[web.archive.org]2[archive.ph] and reported on Monday 4th June 1945, large scale attacks with crewed gigantic stratospheric airships[web.archive.org]2[archive.ph]3[web.archive.org]4[archive.ph] were to be expected soon!

One major hurdle was the imperative need to be able to weaponize an airborne particle accelerator reaching the threshold of >300 MeV to 500 MeV for protons/deuterons beam, needed to produce the first useful class of electron-decaying particles.
The overall size and mass of the cyclotron, with the electromagnet alone weighting 220 tons, should have imperatively needed to be shrinked.
A more compact design, while able to reach even higher energy level could have been possible with the replacement of the single massive electromagnet at the core of Nishina's cyclotron, with several smaller and more powerfull magnets for bending the particle beams, while acceleration would have been produced by radiofrequency cavities (synchrocyclotron).

The Nipponese Pyrokamikaze

Intended to destroy entire nations, as first devised by the Empire of Japan back in 1944.

To burn in one single bombing run over the U.S. continent, starting from Canada and heading southward, with the uses of the FUGOs stratospheric airships' directed energy rays, all forests, fields, wooden structures, warehouses, and industrial zones with anything flammable.

The ability to ignite everything that is flammable within a nation and all in under a few minutes, would cause the separate fires to finally merge and form a gigantic pyrokamikaze (fiery kamikaze; 神風: Divine Wind, providential typhoon).

The fire-triggered thunderstorms technically known as pyrocumulonimbus clouds, or “pyroCbs” would shoot black smoke and carbon high into the lower stratosphere, spewing noxious gases to the surviving inhabitants, killing civilian, military and all the livestock alike.

▲ Colony (2016–2018): They are reminding us who is the bug and who is the kid with the magnifying glass.[archive.vn]
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France has ratified the treaty in 1967.

The Outer Space Treaty[web.archive.org]2[archive.ph] provides the basic framework on international space law, including the following principles:

•the exploration and use of outer space shall be carried out for the benefit and in the interests of all countries and shall be the province of all mankind;
Obviously space development was military since day one, even before 1966 and to this day.

•outer space shall be free for exploration and use by all States;
Obviously, North Korea and Iran, and to a lesser extend China before 2010, are not allowed to benefit from space development by the West.

•States shall not place nuclear weapons or other weapons of mass destruction in orbit or on celestial bodies or station them in outer space in any other manner;
Obviously, WMDs are orbiting in outer space, the Soviet FOB nukes being only a very small part of them.

•the Moon and other celestial bodies shall be used exclusively for peaceful purposes;
Obviously, both the U.S. and Japan have tested kinetic weapons on asteroids.

•States shall be liable for damage caused by their space objects;
Obviously, the U.S. never did, hiding behind a convenient craftily fabricated 'Bermuda Triangle' and 'UFO' hoaxes as smoke screens! Nor did China, Russia and Europe for all the rocket stages falling over Cambodia, Brazil, Myanmar, French Polynesia, etc.

•States shall avoid harmful contamination of space and celestial bodies.
Obviously, as outer space environment is highly radioactive, nuclear reactors don't really add much radiations!

In a nutshell, The Outer Space Treaty was and is a total farce from A to Z.


Only the top four major space powers of the most elite club of Space to Ground Capable Nations could deploy such assets, that requires the most challenging scientific skills to overcome the numerous technological hurdles.

•Directed Energy Weapons (D.E.W.) such as Lasers must be of no less than several hundreds of kW and up to several MW in output.

•With intensities of several hundreds of kW output, the power generation is key, be it chemical, nuclear or even solar.

•Adaptive Optics (A.O.) are necessary to counter distortions from the atmospheric turbulence.

•To brute-force with several MW power outputs and above will only result in backscattering, ionization and breakdown[web.archive.org]2[archive.ph] of the atmospheric molecules. Thus the additional technological solutions needed to circumvent this major hurdle: pulsed laser, etc.

•Large optical aperture are necessary to achieve the resolution required for acquisition and identification of ground targets, and conduct the tracking and the engagement: decametric size.

•The total mass is limited by the payload capacity of the space launchers: above several 20 tons.

•The total volume is also limited by space launchers, therefore space docking capability might be necessary: spacelab size.

•An orbital fleet is necessary to increase the total coverage, especially if 24/7 worldwide coverage is needed: more than 30.


6.1. The Four Major Space Powers

6.1.1. France

France has conducted research on Adaptive Optics for military applications since the 1986s[web.archive.org]2[archive.ph], and ASAT Lasers for years.

Launched in 14th May 2009, ESA’s Herschel telescope[web.archive.org]2[archive.ph] was the largest mirror flown in space. This 3.5 m-diameter reflector was built by the French silicon carbide manufacturer Boostec.

France has a current payload capability of less than 20 tons into LEO with its Ariane 5 launchers. Ariane 6 will slightly increase it payload to 21 tons by 2021.

France has mastered space docking technologies, and could assemble several modules to form large DEW complex with a total mass under 100 tons.

France has mastered miniaturized nuclear powerplant, such as those used in its submarine fleet.

France has demonstrated its ability to deploy complex array of military satellites, in the Galileo global navigation satellite system (GNSS) program. On 16th November 2021, France has launched the CERES triplets[web.archive.org]2[archive.ph] (Capacite de Renseignement Electromagnetique Spatiale) for military electronic intelligence.

France is pursuing the development of reusable VTVL launcher in cooperation with Japan. The Callisto demonstrator program, set to be test-launched by 2023, will then be continued under the Themis SLV program, and ultimately the Ariane NEXT SLV. These will allow the continuous launch of constellations of satellites.

▲ The Euro-Japanese Callisto VTVL reusable demonstrator, and VTVL reusable Ariane Next[archive.is]
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▲ The Callisto VTVL reusable demonstrator co-developed by CNES, DLR and JAXA.[archive.vn]
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700 millions Euros have been allocated for developing space weapons by 2023.

To operate these Space DEW France plans to set up its own space force, the “Air and Space Army[web.archive.org],”2[archive.ph] as part of the French Air Force. The new organization will be based in Toulouse, but it’s not clear if the Air and Space Army will remain part of the French Air Force or become its own service branch.

▲ France's Space to Ground Laser by 2023, artistic illustration. July 2019. [archive.ph]
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6.1.2. Russia

As the target of Paris's announcement, Russia is expected to be the first to react, and before the year's end (2019).

More over, Russia inherits from the Soviet-era first DEW platform launched on 15 May 1987, during the maiden flight of the heavy lift launcher Energia.

"Skif-DM" 17F19DM ("Скиф-ДМ" 17Ф19ДМ), disguised under the official name "Polyus", or Mir-2 (Peace-2) Soviet Space Station.

Polyus[web.archive.org]2[archive.ph] was the Soviet response to the project "Star Wars" launched by the American president Reagan. It was to be in fact a space combat laser station.

Due to a series of failures of Energia during the launch, Polyus would not enter orbit but crash in the Pacific Ocean.

In the middle of the year 1985 it did not seem difficult to make a spacecraft of 100 tons.

Then it was ordered to be transformed to a spacecraft with a length of almost 37 m and a diameter of 4.1 m weighting nearly 80 t and including 2 principal sections: the small service block, and the larger targeting module.
Fitted with a megawatt-class carbon-dioxide laser, Polyus was covered by an optically black shroud and it was suspected that this may have been radar absorptive as well.

After the failed launch, studies for another space station of 100 tons were then started.

▲ Launched on 15 May 1987, from Baikonur Cosmodrome Site 250, Polyus would have been the core module of the new MIR-2 (Peace-2) Soviet space station. The Polyus military testbed was the first disclosed orbital directed energy platform, fitted with a megawatt-class carbon-dioxide laser.Polyus was covered by an optically black shroud and it was suspected that this may have been radar absorptive as well.[archive.vn]
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▲ Crew docking with Mir-2 (Peace-2) space combat laser station.[archive.fo]
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▲ Mir-2 (Peace-2) space combat laser station engaging an orbital target.[archive.fo]
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The Soviet Topaz-II[web.archive.org]2[archive.ph] power system is a 5-6 kWe space nuclear system that is based on thermionic power conversion.

Its development was curtailed after 1989. As an alternative to chemical lasers, an electric powered laser of the 100s kW or MW class would necessitate to upscale the nuclear plant, or to couple powerful battery banks.

Russia's Transport and Energy Module (TEM) is a space nuclear reactor system, designed to generate a total 900 kWe in the 2012 early studies, and initially expected to be placed on a 1200 km altitude orbit by 2025. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

The Araks satellite[web.archive.org]2[archive.ph] was the closest, the Soviet space industry came to matching the optical systems of the U.S. military KH-11 Space Telescope and its Hubble civilian equivalent. Launched on June 6th 1997, with a Cassegrain telescope main mirror's diameter of 1.5 meters.

Russia has demonstrated its ability to deploy complex array of military satellites, such as the GLONASS[web.archive.org]2[archive.ph] global navigation satellite system (GNSS) program.

Russia no longer operates the Energia launcher. Currently the Proton-M[web.archive.org]2[archive.ph] allows to place a 22 tons payload into LEO, and 24.5 tons with the Angara A5[web.archive.org]2[archive.ph].

Several launches would be needed for assembling a DEW complex with a total mass of 100 tons.

To operate these space DEW, the Russian Space Forces have been reestablished following the 1st August 2015 merger between the Russian Air Force and the Russian Aerospace Defence Forces. The Russian Space Forces were originally formed on 10th August 1992.

6.1.3. The U.S.

The U.S. will mechanically react to the Russian move. Currently the only power to have deployed DEW in earth orbits, the only hurdle will be economic, with more than 22 trillion dollars of debt, making it a virtual beggar, dependent of the Chinese and Japanese financial godsends.

Moreover, the U.S. will continue its beggar bowl's world tour, as long as it needs to import Rare Earth Elements (R.E.E.) from China and the other R.E.E. exporters of the B.R.I.V.S. (Brazil, Russia, India, Vietnam, South Africa), only to stay afloat in the space arms race.

▲ With more than 22 trillion dollars of debt, the U.S. will continue its beggar bowl's world tour, and as long as it needs to import Rare Earth Elements (R.E.E.) from China.[archive.ph]
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▲ With more than 22 trillion dollars of debt, the U.S. will continue its beggar bowl's world tour, and as long as it needs to import Rare Earth Elements (R.E.E.) from China.[archive.ph]
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6.1.3.1. The U.S. DEW Programs During The Cold War

The concept of Adaptive Optics[web.archive.org]2[archive.ph] (A.O.) was first proposed in a 1953 paper by astronomer Horace Babcock.

In the late 1960's and early 1970's, the U.S. military and aerospace communities built the first significant adaptive optics systems to target laser on orbiting satellites from the ground.

In the 1973s, the USAF Airborne Laser Laboratory[web.archive.org]2[archive.ph] (ALL), a modified NKC-135A aircraft, was the first test platform for airborne High Energy Laser (HEL) research.
Its carbon dioxide gas dynamic laser power output was 480 kW at 10,6 μm, able to direct a heat flux density of 100 W/cm² on a 1 km target, such as AIM-9 missiles and drones.

How critical is the heat flux density of a laser DEW?

I. Laser Pointer Light Show In Hong Kong

Taken by Anthony on August 7, 2019 @ Hong Kong

Details:

7th August 2019 is the Chinese Valentines Day that celebrating the annual meeting of the cowherd (Altair) and weaver girl (Vega), which they were banished to opposite sides of the Silver River (Milky Way) in mythology.

Keith Fong, the Student Union head of Hong Kong Baptist University, was arrested on 6th August night, after he purchasing ten laser pointers to use for 7th August Chinese Valentines Day star gazing event.

Police claim the laser pointers were ‘laser guns’ and charged the student with possession of ‘offensive weapons’, and demonstrated the newspaper catch fire after pointing directly for 10 seconds and 15 cm away.

Thousand of Hongkongers gathered outside the Hong Kong Space Museum on 7th August evening to create their own “laser show” to coincide with the nightly light show organised with by the Tourism Board.

Someone hold up a newspaper, hundreds of laser pointer pointing to it, to let people know laser pointers cannot catch fire unless in laboratory environmental conditions.

▲ Scam: Someone hold up a newspaper, hundreds of laser pointer pointing to it, to let people know laser pointers cannot catch fire unless in laboratory environmental conditions.[web.archive.org]
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II. Debunking

'Someone hold up a newspaper, hundreds of laser pointer pointing to it, to let people know laser pointers cannot catch fire unless in laboratory environmental conditions.'

With hundreds of lasers as claimed, the total intensity should averaged less than 100 Watts, presuming that astronomy laser pointers vary from 100 mW to 1000 mW[web.archive.org]2[archive.ph].

This is even enough to destroy an AA missile!

As 100 W/cm² of heat flux density[web.archive.org]2[archive.ph] can destroy AIM-9 missile and drone as produced by the U.S. Airborne Laser Lab (ALL) CO2 laser (480 kW, at 10,6 μm wavelength) mounted on a Boeing NKC-135.

Therefore the Hong Kong rioters-scammers have simply lowered the critical threshold of the heat flux density intentionally, by spreading the targeted area to a near 0,36 m² newspaper, instead of the 1 cm² or even smaller area, that would have burned instantly as demonstrated by the police!

Q.E.D. 2.5 Petabytes low IQs!

How critical is the heat flux density of a laser? Part 2

Experiments at 28 GHz show that with peak intensities of 1-2 kW/cm2 granite, basalt, and limestone can be melted and vaporized to over 3000 °C in a few minutes.

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How critical is the heat flux density of a laser? Part 3

Experiments with short pulse gyrotron beam air breakdown show that power densities at one atmosphere pressure need to be over 1 MW/cm2 for breakdown

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How critical is the heat flux density of a laser? Part 4

Laser that reach a million megawatts, not far off the total utility-scale electricity generating capacity of the United States will strip the electrons off air molecules and make them emit visible light.

That is when lasers reach an energy density of 100 terawatts (a trillion watt) per square centimetre.

While the power peaks of the laser is a million megawatts, the extremely short duration of the pulses, that last just femtoseconds - a time unit equivalent to one quadrillionth, or one millionth of one billionth, of a second, the average input power of such laser can remain under a few tens of watts, which means it could be safely used in everyday settings.

▲ When lasers reach an energy density of 100 terawatts (a trillion watt) per square centimetre, it will strip the electrons off air molecules and make them emit visible light.[web.archive.org]
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Lacking an Adaptive Optics system, the ALL was limited by atmospheric turbulence.

In 1984, the Space Based Laser[web.archive.org]2[archive.ph] (SBL) program was cancelled due to technological and political difficulties.

With a range of 4'000 km (up to 12'000 km), a spot size of 0.3 to 1.0 meter at focus, this orbital combat system would have weighted 35 tons and orbited at 800-1'300 km altitude. With an orbit inclination of 40°, giving a coverage per satellite of about a tenth of the earth's surface, thus requiring a 20 satellites configuration for global world coverage.

The 8 meter mirror is segmented so that it can be folded inside a launch vehicle and unfurled in orbit like flower petals.

Its deuterium-fluoride laser at 2.7 mm would have produced an 5-10 MW output.

Ground 100 kW weapons also exist, such as the High Energy Laser Tactical Vehicle Demonstrator (HEL TVD) program managed by the U.S. Army Space and Missile Defense Command/Army Forces Strategic Command’s (USASMDC/ARSTRAT).

The HEL TVD is designed to counter drones, rockets, artillery, and mortars (C-RAM/UAS).

The high energy laser system represents very low operating costs, as it requires only fuel to complete its mission, with an average cost per kill of approximately $30[web.archive.org]2[archive.ph]. There is no ordnance logistics burden, as with conventional weapons.

▲ Team Dynetics 100kW-class high energy laser contract for U.S. Army. May 2019 [archive.vn]
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Of course, these tactical ranges will need to be extended to several hundred of km to several thousand of km, in order to be useful from LEO. The aperture of the optics will also needed to be increased to decametric size. Aperture of 2.4 m optics and above have been orbited such as the Program 1010[web.archive.org]2[archive.ph] from 1976 onward, and more recently, the James Webb Space Telescope[web.archive.org]2[archive.ph] launched on 25th December 2021 with a record 18 segmented mirrors made from beryllium by Ball Aerospace totaling a 6.5-meter diameter aperture.

Thus the need of and uprated powerplant. Nuclear energy is the best option for this electric driven laser, keeping in mind that there is no oxygen for fuel generated electricity in earth orbit.

The U.S. fission space reactor SP-100[web.archive.org]2[archive.ph], although cancelled, could provide 100 kW electric power, with as little as 140 kg of Uranium 235, and a reactor mass of 5.42 tons.

▲ The U.S. SP-100 fission space reactor can generate 100 kW electric power.[archive.ph]
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In comparison, the four sets of arrays of the International Space Station[web.archive.org]2[archive.ph] (I.S.S.) are capable of generating 84 to 120 kilowatts of electricity. Each of the eight solar arrays is 112 feet long by 39 feet wide. A solar array's wingspan of 240 feet (73 meters).

The Falcon-Heavy can deliver payloads of 63 tons into LEO. The Payload fairing[web.archive.org]2[archive.ph] can house a payload of 12 m long 4.6 m diameter cylinder with 5 more meters on top but with decreased conical diameter thus totalling 17 m, while the future Starship would be able to place 150 tons in LEO with a payload fairing measuring 8 m in diameter and 22 m in extended height. 1[web.archive.org]2[archive.ph]

Enough for any large truck-sized DEW module.

The U.S. has demonstrated its ability to deploy complex array of military satellites, such as the NOSS triplets[en.wikipedia.org]2[archive.ph] and the GPS global navigation satellite system (GNSS) program.

To operate these space DEW, under the proposal approved by President Trump in May 2019, the U.S. Space Force[web.archive.org]2[archive.ph] would be organized under the Department of the Air Force.

6.1.3.2. The U.S. 42'000 Starlinks

I. First Official Disclosure

September 9, 2020

In a Dec. 5, 2019 interview, Trump told Bob Woodward: “We have stuff that you haven’t even seen or heard about. We have stuff that Putin and Xi have never heard about before. There’s nobody — what we have is incredible.”

Woodward writes that anonymous people later confirmed that the U.S. military had a secret new weapons system, but they would not provide details, and that the people were surprised Trump had disclosed it. (Rage, p. 185)

▲ In a Dec. 5, 2019 interview, Trump told Bob Woodward: 'We have stuff that you haven’t even seen or heard about.' · Aug 12, 2022·[web.archive.org]
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More smoking gun:

09:49 22.06.2016

Moscow has repeatedly called for the demilitarization of space.

In 2008, the Russian and Chinese governments proposed an international agreement to prevent the deployment of weapons in outer space but the US government under Presidents George W. Bush and Barack Obama has consistently rejected launching negotiations to conclude such a treaty.

In April, Russian Foreign Minister Sergei Lavrov assured that Russia will not deploy weapons in space.

In late-2015, Russia submitted to the UN General Assembly a draft resolution on space demilitarization. However, the document was blocked by Washington.

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Videomancy

The Quiet Earth (1985)[web.archive.org]2[archive.ph] is a Hollywood 'U.S. military orbital wireless global energy grid' genre propaganda movie with an 'apocalypse survival' and 'microwave WMD' genre subplots masqueraded as a New Zealand post-apocalyptic science fiction film directed by Geoff Murphy and starring Bruno Lawrence, Alison Routledge and Peter Smith as three survivors of a cataclysmic disaster. It is loosely based on the 1981 science fiction novel of the same name by Craig Harrison. Other sources of inspiration have been suggested: the 1954 novel I Am Legend, Dawn of the Dead, and especially the 1959 film The World, the Flesh and the Devil, of which it has been called an unofficial remake.

Zac Hobson (Bruno Lawrence) is a scientist employed by Delenco, part of a United States-led international consortium working on "Project Flashlight" – an experiment to create an orbital wireless global energy grid to power military equipment. He awakens abruptly; when he turns on his radio, he is unable to receive any transmissions. He drives into the city, which he finds deserted. Investigating a fire, he discovers the burning wreckage of a passenger jet, but there are no bodies, only empty seats. Every living animal and human appears to have vanished between the ticks of a clock.

He had realized the experiment posed serious dangers and was guilt-ridden for not speaking out.

Analysis

In 2014, astrophysicist Neil deGrasse Tyson named it one of his favorite science fiction films. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

Image of the Rising Sun forming an Omega shape[web.archive.org]2[archive.ph] caused by atmospheric optics at the beginning of the film is a preannouncement of the future orbital Omega Project.

Scientists are denounced as telling lies.

Main specifications of the 'Project Flashlight' military system are:

• Energy transmissions through a grid surrounding the Earth, associated with solar energy and microwave.

• Able to power aircrafts directly from that grid.

• Phenomenal destructive potential such as vaporizing all living humans and animals within the blink of an eye, while leaving all infrastructures intact.

• The Sun is said to be affected by 'Operation Flashlight', with 'oscillations' similar to 'pulsations', that could end up with the Sun's collapse within a few days. This is only an incorrect cinematographic adaptation resulting from a poor artistic description of what occultations of the Sun caused by an orbital network of several hundred of thousands of Starlink-like satellites would look like from the ground. Technically also called a Dyson Sphere of Doom because centered around an inhabited planet, and not to be confused with conventional Dyson Spheres that are deployed around a Star. The 'grid' can in no way cause the collapse of the Sun but only lowered luminosity and energy received on the Earth's surface.

Transcript

The Quiet Earth (1985) 16-22 00:16:33,872 --> 00:16:54,070 Analysis of these programs by our own computer indicates that the programs being supplied are incomplete. It is difficult to avoid the conclusion that the LinCo HQ are deliberately withholding information. I am unable to continue blindly working on a project of such phenomenal destructive potential. Accordingly, there is only one course of action open to me. ___ 24-27 00:17:01,193 --> 00:17:19,079 One: There has been a malfunction in Project Flashlight with devastating results. Two: it seems I'm the only person left on Earth. Three: Perrin has been incinerated at the grid control. ___ 193 00:42:27,420 --> 00:42:30,507 Does it look to you like the sun's pulsating? ___ 196-201 00:46:08,855 --> 00:46:21,745 I was an American idea. They were experimenting with energy transmissions through a grid surrounding the Earth. Aircraft, drawing directly from that grid, so they wouldn't have to refuel. That sort of thing. ___ 247 00:53:20,397 --> 00:53:23,958 You tell lies. - No, well, what would you have done? ___ 376-377 01:05:29,384 --> 01:05:36,475 'If the oscillations in the sun continue to increase at the present rate', the sun must collapse in a few days, taking everything with it. 378-379 01:08:40,301 --> 01:08:43,726 You trying to tell me you jokers caused all this and you can't even fix it? 380 01:08:44,083 --> 01:08:47,563 Well, we never did know the full story. The Americans withheld information. 381-382 01:08:49,501 --> 01:08:52,787 Are you monkeying with the universe without even knowing what you're doing? 383-384 01:08:55,186 --> 01:09:00,662 Nobody realized what was happening. We trusted them. They were on our side. 385-388 01:09:01,736 --> 01:09:10,966 You can't be that dumb. They might as well tell the Russians as tell you jokers. Besides: They don't tell you, you don't tell us... You're all the same to me. 389 01:09:11,182 --> 01:09:12,482 Well, I've told you now. 390 01:09:15,516 --> 01:09:16,516 You tell lies. ___ 490-492 01:18:58,340 --> 01:19:04,331 We can't go any closer. - Why? The lab's so hot with ionization, it'd be like walking into a microwave oven. ___ 515 01:22:21,053 --> 01:22:23,653 What's that? - It's the truck! 516 01:22:28,454 --> 01:22:29,754 How long's it been? 517 01:22:29,941 --> 01:22:33,021 About 20 minutes. - He can't have gone at all. 518 01:22:46,276 --> 01:22:47,276 He tells lies!

▲ The Quiet Earth (1985) videomancy: 'U.S. military orbital wireless global energy grid' genre propaganda movie with a 'microwave WMD' genre subplot.[web.archive.org]
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Videomancy

Phantom (2013)[web.archive.org]2[archive.ph] is a Hollywood propaganda 'rogue strategic submarine' genre movie with several other 'false flag', 'missile defence' and 'armageddon' genre subplots masqueraded as a submarine thriller film about a Soviet submarine during the Cold War in the 1960s. Todd Robinson wrote and directed the film. It stars Ed Harris, David Duchovny and William Fichtner.

The film tells the story of a Soviet Navy submarine captain attempting to prevent a war. It is loosely based on the real-life events involving the sinking of the submarine K-129 in 1968.

Captain Dmitri "Demi" Zubov (Ed Harris) is a veteran Soviet Navy captain finishing up a career that failed to live up to the legacy of his legendary father. He is given an assignment by Admiral Vladimir Markov (Lance Henriksen) to lead a top secret mission and given the command of his old ship the submarine K-129.

However, as Demi leaves his home to lead Alex Kozlov (William Fichtner) and his crew on the secret mission, the presence of a KGB contingent led by agent Bruni (David Duchovny), and ominous portents, begin to alter the objectives of the mission, causing Demi and Kozlov to become concerned.

Furthermore, Admiral Markov commits suicide at his office window while watching the submarine depart.

Soon after, Bruni's men hold Demi at gunpoint. Bruni eventually reveals to Demi that he and his comrades are rogue operatives and not here under orders from the Soviet government. He explains that the United States military has started a secret program called "Dark Star" that will make the United States invulnerable to the Soviet Union's nuclear weapons, and he and his fellow operatives fear for the safety of their homeland if its nuclear capabilities are rendered useless. Their plan is to start a nuclear war between the United States and China by disguising the ship as a Chinese vessel and launching a nuclear missile at the American Pacific Fleet off Midway. After Demi refuses to cooperate, he and those loyal to him are taken and locked away in the ship.

Transcript

Phantom (2013) 'If the Cuban Missile Crisis put the United States and Soviet Union within yards of nuclear war... then the sudden disappearance of a Soviet ballistic missile submarine in May 1968 - brought the world within inches.' - Kenneth Sewell - Cold War historian, author At the peek of the Cold War, a Soviet ballistic missile submarine went missing in the South Pacific. Decades after she was raised, her true intentions remain classified by both the United States and the Russian governments. It is believed her missile was later recovered by the Americans, unexploded, from the ocean floor. ___ 760-761 00:51:10,152 --> 00:51:16,450 There's a Ukrainian proverb that says: "Share a tent with Gyps|es, and you wake up in a field of sh|t." ___ 801-803 00:54:43,198 --> 00:54:56,419 There are only two reasons why a boat would go rogue. One is to defect, and the other it to start a war. And I don't think we're defeating. ___ 840-842 00:57:42,710 --> 00:57:53,138 Demi, if the Americans think we're rogue, they're gonna try and sink us. And if we are rogue, our fleet will do it for them. That should tell us everything we need to know. 843 00:57:54,389 --> 00:57:55,557 DOCTOR: Why would Bruni do this? 844-849 00:57:55,723 --> 00:58:15,577 If we launch a nuclear missile, the Americans are gonna have to respond. It's a false flag. He'll cloak us as one of the subs we already sold to Peking. The Americans will think it was the Chinese who fired on them. But we're about to change all that with this. Bruni's trying to start the only kind of nuclear war we can win. One we're not in. ___ 972-973 01:06:58,307 --> 01:07:03,104 Maybe now would be a good time for you to tell me just what the hell it is we're doing, Mr. Bruni. 974-977 01:07:05,106 --> 01:07:14,740 Have you heard of an American program called Dark Star? It's a fully synchronized system of endoatmospheric antiballistic missiles, guided by a highly accurate radar. 979-981 01:07:17,076 --> 01:07:22,873 - Copy that. - BRUNI: If the Americans launch a first strike, all our land-based missiles would be taken out even before they can be fueled. 982 01:07:23,040 --> 01:07:24,417 That's why we have submarines and bombers. 983-985 01:07:24,583 --> 01:07:29,588 That's why they developed Dark Star. It's a radar array that guides and detonates atomic missiles in the ionosphere. 986 01:07:29,755 --> 01:07:31,799 - An electromagnetic pulse weapon. - BRUNI: Yes. 987-991 01:07:31,966 --> 01:07:47,356 It'll take down everything our surviving submarines and aircraft can get up. They've tested it and it's fully operational. Not a single American city would be hit. If there's no consequences for attacking us, what's their incentive for peace? There is none. ___ 1020 01:10:14,712 --> 01:10:18,132 The Americans do have an incentive for peace. 1021 01:10:18,299 --> 01:10:22,094 - What would that be? - Empathy. Humanity. 1022-1023 01:10:22,261 --> 01:10:27,266 You'd wager the survival of our country on that? And what if you're wrong? 1024 01:10:27,892 --> 01:10:29,810 What if their intentions are completely defensive? 1025 01:10:29,977 --> 01:10:33,063 Well, what if you're wrong and they're not? ___ 1077 01:14:14,034 --> 01:14:15,702 What's our target package? 1078 01:14:15,869 --> 01:14:19,206 We will create the conditions necessary for our leaders to seize absolute... 1079 01:14:19,373 --> 01:14:22,960 - What's the target? - The Pacific Fleet at Midway. 1080-1084 01:14:23,127 --> 01:14:37,224 Once the Phantom is engaged, and the Americans are fooled into believing that the Chinese launched a nuclear strike against them, they will have no choice but to retaliate. We will step aside as our enemies destroy each other. We will emerge on the right side of history.

Analysis

The American antiballistic missiles program called Dark Star is presented as both a 'radar array' and an 'electromagnetic pulse weapon' triggered by atomic explosions.

Dark Star should make the United States invulnerable to the Soviet Union's nuclear weapons.

This U.S. 'Dark Star' missile defence and the Soviet 'Phantom' cloaking device, are obviously 2 fictional technologies added by the writer Todd Robinson and absolutely unrelated to the historical case of 1968 K-129 submarine.

It is a preannouncement of the real world U.S. missile defence program, whose deployment started in 2019 six decades after the sinking of K-129, and scheduled to be completed after a decade by 2027: the versatile modern Starlink WMD that uses beams of pulsed electromagnetic microwaves is indeed a kind of 'radar array' that can achieve record level of heat flux at focus point within the atmosphere, able to melt any Russian ballistic missile.

Videomancy

Too numerous are the Hollywood's 'telecom high-tech weapons' genre movies to be all cited here.

Like the zombie apocalypse genre movies, an unbroken chain of new installments have been released on a yearly basis, similar to the COVID-19 booster shots.

The Age of Adaline (2015)[web.archive.org]2[archive.ph] is Hollywood movie directed by Lee Toland Krieger and written by J. Mills Goodloe and Salvador Paskowitz. The film is masqueraded as a romantic fantasy film.

Starring Blake Lively in the title role, with Michiel Huisman, Kathy Baker, Amanda Crew, Harrison Ford, and Ellen Burstyn in supporting roles.

Narrated by Hugh Ross, the story follows Adaline Bowman, a young woman who stops aging after being brought back to life from death following an accident at the age of 29.

'All these years she's lived, but she's never had a life', 107 years of life, always running and afraid of being discovered, until she becomes mortal again after a car accident.

Thus bringing the movie to a happy ending.

Of particular interest is the short subplot where Ellis Jones' sister Kikki, who graduated from Berkeley, reveals that she 'stopped using telephones two months ago, to protest the involvement of telecom firms in the development of high-tech weapons systems.'

▲ The Age of Adaline (2015) videomancy: 'I stopped using telephones two months ago, to protest the involvement of telecom firms in the development of high-tech weapons systems.'[web.archive.org]
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Videomancy

ARQ (2016)[web.archive.org]2[archive.ph] is a Hollywood propaganda 'reload saved game/restart game' (technically a 'closed-time loop') genre movie with an 'unlimited energy generator' genre subplot, masqueraded as a science fiction action film directed by Tony Elliott.

Robbie Amell plays an engineer whose invention causes a closed-time loop during a home invasion. He attempts to save his former lover, played by Rachael Taylor, while learning who has targeted him and why.

Hannah (Rachael Taylor), the former lover of Renton (Robbie Amell) is now the leader of a small team of BLOC operatives sent to capture a hyper-efficient energy turbine, seemingly an unlimited energy generator known as the Arcing Recursive Quine (ARQ), and stolen by Renton.

The Bloc is a resistance army fighting the powerful Torus Corporation in the so-called Energy Wars.

Hannah joined up with the Bloc after passing five months in Torus custody.

To force her to join the adverse side of rebel forces, Torus Corporation used the whole gamut of the rebel/traitor engineering, including deprivation of freedom, citizenship and home, internment in a refugee camp, plus torture sessions.

This especially efficient and cunning trick is necessary to allow Torus Corporation to locate Renton and the stolen ARQ.

Among the BLOC operatives sent with Hannah are two Torus Corporation's mercenaries masquerading as rebels, tasked to retrieve the ARQ and kill all the rebels.

Of special interest is the 'unlimited energy generator' subplot, with clear reference to Elon Musk's Starlink that rely on the next source of energy to free, the unlimited solar power.
The hegemonic warmongering Torus Corporation represents Elon Musk's industrial empire encompassing SpaceX, Tesla, Neuralink, Boring Company.
'Torus claims they're humanity's savior, take them true for what they really are, our executioner.' Just like Elon Musk.

Torus Corporation's so-called Energy Wars are the present and future wars waged by SpaceX to grab as much land and energy in Ukraine and Iran with the Starlink WMD, and on the Moon, Mars and beyond.

Torus' robot wardog is the future quadrupedal Tesla Bot.

Transcript

ARQ (2016) 405-406 00:33:45,283 --> 00:33:51,749 An unlimited energy machine that also produces unlimited time? 408 00:33:53,416 --> 00:33:55,836 Not unlimited time. The same amount of time over and over. ___ 558-561 00:43:55,142 --> 00:44:11,451 Torus will plunder. The company will consume until there's nothing left to consume. Torus claims they're humanity's savior. Take them true for what they really are, our executioner.

▲ ARQ (2016) videomancy: SpaceX 'unlimited energy generator' not the savior of humanity but its executioner.[web.archive.org]
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The threat to mankind is so alarming that the Starlink weapons system is already denounced as such by the most educated, forcing Elon Musk to adopt a defensive denial mode, no more convincing than the infamous old colonial insincere 'we come in peace':

▲ Starlink is meant for peaceful use only. · Sep 17, 2022[archive.ph]
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Starlink and SpaceX are only covers for the U.S. military build up. As of 2022, Tesla and SpaceX have received more than $7 billion in government contracts alone and billions more in tax breaks, loans and other subsidies. In recent years, Tesla has sold at least $6 billion worth of government-backed electric vehicle credits. 1[web.archive.org]2[archive.ph]

This is what Donald J. Trump, the 13th U.S. puppet President confessed on 12th July 2022:

▲ 'When Elon Musk came to the White House asking me for help on all of his many subsidized projects, whether it's electric cars that don't drive long enough, driverless cars that crash, or rocketships to nowhere, without which subsidies he'd be worthless, and telling me how he was a big Trump fan and Republican, I could have said, "drop to your knees and beg," and he would have done it...' ; Jul 12, 2022[archive.ph]
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II. Capabilities

• SpaceX Space Transportation Systems enables the deployment of the Starlink Orbital Satellite Array with 42'000 orbital platforms and its continuous upkeep, with the reusable VTVL Falcon 9 series rockets, and above.

Starlink is obviously totally misunderstood therefore overlooked by the world's leaders and masses, as this Trojan Horse is working 100% according to the U.S.' plan to fool the feeble-minded.

As of July 2020, 100% of the world headlines are dedicated to the COVID-19 smokescreen, unleashed on purpose by the U.S. to distract the world masses from the current Starlink weapon system build-up.

This is obviously a replay of the Cold War era classic, known as Project Azorian[web.archive.org]2[archive.ph] that used the purpose-built ship Hughes Glomar Explorer to retrieve secret codebooks and a R-21 nuclear missile on a sunken Soviet submarine from the Pacific Ocean floor in 1974 and under the cover of mining manganese nodules from the sea floor.

Today, the Project Azorian is replaced by the Starlink Program, the mining of manganese nodule by the 5G internet service, the ship Hughes Glomar Explorer by the Falcon-9 rocket, the billionaire businessman Howard Hughes by billionaire businessman Elon Musk.

And as a goal, the Soviet secret codebooks and a R-21 nuclear missile are replaced by the introduction of one of the most advanced secret warfare of the U.S. since 1950s.

This weapon system is so versatile that few have completely realized its full scope:

•First its overt active application, as advertised, apparently just an innocent civilian simple internet service with worldwide coverage.

•Secondly, another main overt active application, will be to supersede military communications satellites and GPS with worldwide coverage.

•Then its real covert passive application, as a tool to eavesdrop on every nation worldwide, by collecting passively all cellular communication signals, and those from any electronic devices such as CCTV, digital camera, etc.

•Another covert active application, is the use when combined in synthetic aperture mode, to obtain high resolution microwave imagery made possible by a synthetic orbital array extending over several hundreds of kilometers baseline (500 km to 1000 km), that can scan all interior buildings, including humans. The Starlink platforms are indeed fitted with inter-satellite laser links, making possible the accurate ranging and timing needed in the positioning of this array.

• When Quantum Computers are used to process all the Petabytes harvested 24/7/365 by the array of 42'000 Starlink satellites, from all the cellphone base stations on Earth, and decipher then analyse, then combined with the high resolution microwave imagery obtained through the synthetic orbital array, it gives the U.S. military the God's Eye view capability.

•For offensive covert active operation, it is even possible to jam electronics of a target.

•For offensive covert active operation, the lower intensity microwave beams can be directed against biological targets, causing cancerous tissues that could later metastases, and ending with a death looking natural. But this mode requires a long 'treatment' period.

•For offensive covert active operation, the microwave beams can kill instantly with the high intensity output. Similar to a sniper strike.

•For offensive overt active operation, during a full scale war, where secrecy is no longer required, massive attacks are possible, with large use of the beam steering and beam forming mode, entire infantry divisions could be wiped out in a matter of minutes.

•For offensive overt active operation, it enables the age of the Internet of Military Things (IoMT) warfare

•For offensive covert active operation, as an IoMT application, it allows the deployment of nano insectoids armies, both fully robotic or even stealthier but with much shorter lives, zombified insects mind-controlled by brain implants. Used to infiltrate any facility, carry assassination of valuable VIPs with poison, pathogen or explosives, sabotage installations and plant bombs on vehicles, aircrafts, ballistic missiles and buildings.

•In addition, it has even more powerful military applications, as the materialization of the U.S. Strategic Defense Initiative (SDI) missile defense system intended to protect the United States from attack by ballistic strategic nuclear weapons.

III. Illustrations

▲ Chart of Operation Starlink.[archive.ph]
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▲ Civilization will be mostly solar-powered in the future · Jun 10, 2022·[archive.ph]
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What Does SpaceX Stands For?

Indeed, don't get Elon Musk wrong, SpaceX is a play on Space porn. Coincidence? I think not!

▲ SpaceX is a play with Space porn. Coincidence? I think not![archive.is]
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This is what lies at the origin of the SpaceX logo. Hint: it is of the most obscene ever.

▲ At the origin of the SpaceX logo. Hint: it is of the most obscene ever.[archive.ph]
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Indeed, the culmination of obscenity is this bloody space porn in the making!

▲ The culmination of obscenity is this bloody space porn in the making! Starlink: the number one threat to the world's security.[archive.ph]
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▲ The culmination of obscenity is this bloody space porn in the making! Starlink: the number one threat to the world's security.[archive.ph]
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▲ Starlink further advancing the doomsday clock closer to midnight![archive.is]
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▲ Starlink making MAD obsolete.[archive.is]
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▲ 2019-2027: time is running out.[archive.is]
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▲ Starlink is sexy: YOU WILL OWN NOTHING AND BE HAPPY. 2023.[web.archive.org]
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▲ Starlink violator of the 1966 Outer Space Treaty[archive.ph]
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▲ Stop The Starlink WMD Now! Dictatorship not welcomed.[web.archive.org]
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▲ Request U.N. Security Council to impose No-Fly zone over Earth and ban of Starlink WMD[archive.is]
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6.1.3.2.1. Star Wars V2.0

The Starlink V1.0 dual-use civilian-military all solar-powered Megawatt-level space-based orbital microwaves (12 GHz-75 GHz) DEW platform project was officially launched in 2018, and its total mass of 3'120 tons requires the use of multiple powerful Falcon-9 launches.

To finally circumvent all the previous challenges of power output (at least 10 MW per target strike), range (no more than 550 km from target), mass (totaling 700 tons made of 20 platform of 35 tons), heat flux density (100 W/cm²), spot size at focus (0.3-1.0 m), the Starlink program has simply multiplied the number of platforms to 12'000 units for the first phase of its planned deployment.

Each satellites with a mass of 260 kg, and powered by solar panels, are fitted with four powerful phased array antenna thus enabling to track targets with beam steering and beam forming.

The total orbited mass exceeds 4.5 times that of the previous 1984 SBL concept.

To allow the weapon system to engage even more ground targets simultaneously, the phase two and three will add 15'000 more Starlink V2.0 platforms each, up to a total of 42'000 within years.

Starlink V1.0 and V1.5 satellites weigh around 260 and 310 kilograms, respectively, while Starlink V2.0 satellites will be about a bit more than four times heavier than V1.5 and a bit less than five times heavier than V1.0. 1[web.archive.org]2[archive.ph]

That means a total orbited mass of 37'500 tons or 53.5 times that of the 1984 SBL concept. Compare it to the International Space Station's tiny 420 tons. That is comparable to an U.S.N. Essex-class aircraft carrier in outer space.

The new generation Starlink V2.0 satellites will be 7 meters long or more than twice as long, and likely have at least five times as much surface area for Earth-facing antennas, and almost an order of magnitude more capable than Starlink V1.0.

The next-generation 30'000-satellite constellation, optimized for Starship would be structured such that the rocket could launch an entire orbital plane in one go. In that constellation variant, all but ~500 (1.5%) of almost 30,000 spacecraft would be stationed in planes of 110 or 120 satellites.

With the latest Starship performance estimate of 150 tons to low Earth orbit (LEO), that all but guaranteed that a Starship-optimized Starlink V2.0 satellite would weigh up to 1250 kilograms.

SpaceX would need to launch half of the constellation within six years – equivalent to around 130 Starship launches or 22 Starship launches per year. In comparison, Falcon 9 – a rocket that’s ten times smaller, less reusable, and has been flying since 2010 – did not achieve 22 launches in one year until 2020.



It is by combining the microwave beams of each platforms, that the critical threshold of 100 W/cm² heat flux density at focus point can be achieved. This staggering 42'000 number of platform is not an overkill but is really needed to compensate for all the losses due to external atmospheric conditions, line of sight, etc. and ensure a permanent 24/7/365 strike capability all over the world.

By looking at a very crude estimation of the number of platforms that will have a line of sight of 550 km range at any point of the earth (excluding the polar regions), at any time 24/7/365, the number reaches 170.

This estimate was made by loading all the official orbital elements or Two Line Element Set (TLE) available online and published by the U.S. North American Aerospace Defense Command (NORAD).

But this Master Catalogue[web.archive.org]2[archive.ph] only comprises 25'000 tracked orbital objects.

We counted manually 340 satellites over the horizon at an elevation above 50 degree, that is within the 550 km range.

Of course the Starlink satellites are only orbiting in LEO not in GEO nor in HEO.

▲ Number of platforms that have a line of sight of 550 km range at any point of the earth (excluding the polar regions), at any time: for a 25'000 array, no less than 340 satellites over the horizon at an elevation above 50 degree.[archive.is]
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The total number of platforms of a completed Starlink array of 42'000 satellites within striking range of any point on earth reaches therefore 1'190.

This means that each of the 1'190 satellites within striking range would have to beam 8'400 W output for a total combined 10 MW to the ground target, largely enough to reach a heat flux density of above 100 W/cm² threshold, thus ensuring an instant kill of any soft target.

Basically Starlink works exactly like an antic magnifying mirror: it collects solar rays in LEO with a average flux of 1'361 W/m^2 or 0.1361 W/cm^2, then after conversion to longer wavelength, concentrate it a thousand time on a spot on the ground surface some 550 km below.

What is the current power generating capacity of a Starlink V1.0 satellite?

The Chinese Space Station's Tianhe core module is equipped with two pairs of large-area solar cell wings, and the area of ​​a single wing can reach 67 square meters. It converts solar energy into electricity in the light area for the entire cabin, and stores energy for the battery for use when the core cabin flies to the shadow area. The initial power generation capacity of these two sets of solar cell wings exceeds 18,000 watts. 1[web.archive.org]2[archive.ph]

This means 18 kW/(2x67 m^2) or 134.33 W/m^2.

Meanwhile the size of a Starlink V1.0 satellite's solar panel is about 15 m x 4 m or 60 square meter, as measured by space enthusiast on 28th February 2020 from a ground observation.

▲ The measured size of a Starlink V1.0 satellite's solar panel is about 15 m x 4 m or 60 square meter. 28. Feb. 2020[archive.ph]
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Thus Starlink V1.0 is generating 60 m^2 x 134.33 W/m^2, or about 8059 W of electricity per satellite.

We see that the Starlink V1.0 satellite's power generation estimated by ground amateur is indeed as expected very close to the calculated theorized 8'400 W output threshold, while the Starlink V2.0 satellites should easily surpass this power output by 5 to 10 times.

In total the Starlink orbital weapon complex should be able to generate more than 42'000 x 8059 W or 338 MW or electric power, if in a constellation only made of Starlink V1.0 platforms and orbiting around the Sun in a Dyson Sphere configuration. But since the constellation is orbiting the earth, and therefore partly eclipsed by the earth's shadow, the final generated power is lowered to above 169 MW. That is in the range of the 194 MW of a Nimitz Class Nuclear Powered Aircraft Carrier's power generating capacity.

This doesn't mean that the Starlink orbital Weapon of Mass Destruction could directly beam 169 MW of microwave to any ground target though, simply because the earth is opaque to microwave beams, and the surface round in shape.

The consequence is that at any time, out of the 42'000 Starlink orbital platforms, above any point on earth (excluding the polar regions of course), only 1'190 are positioned optimally at the closest distance near its azimuth and within striking range.

What is the destructive power of the Starlink V1.0 satellite array as WMD compared to the U.S. nuclear arsenal?

A 20 kiloton (kT) nuclear weapon produces as much energy as a 1,000 megawatt (MW) nuclear reactor that's operating for one day. 1[web.archive.org]2[archive.ph]

The Starlink V1.0 array would have to deliver 169 MW output for continuously 5.9 days to beam as much energy as the 20 kiloton (kT) nuclear weapon dropped on Nagasaki.

The obvious advantage being that Starlink would not be destroyed in the process, ready for more strikes, without any need to rearm, making it especially interesting for longer military campaigns.

It delivers 3.3 kT of directed energy per day (3300 tons of TNT), that equals a WWII level terror bombing such as the total bomb tonnage and raids dropped on the Chinese martyr city of Chungking from 1939 to 1942. By comparison it is also more than the 2,300 tons of bombs dropped by Allied bombers on Berlin in a single night during the Battle of Berlin.

While the U.S. cumulative nuclear strategic arsenal megatonnage is estimated at 570 megatons 1[web.archive.org]2[archive.ph], Starlink is on the long run much more destructive because it works like bioweapon WMDs.

Indeed the destruction from bioweapons increases exponentially with time when in a pandemic mode. In a Pyrohurricane mode, the Starlink's ignited smaller fires would only grow in size and finally merge.

But by 2027, it would be supeseded by an all Starlink V2.0 platform constellation, with a not disclosed yet power output. The total generated power by the complete constellation would then range between 845 MW to 1.690 GW.

Meanwhile, the even greater power output of the Starlink V3.0 platforms possibly increased in mass to several tons, is still totally shrouded in secrecy, and its existence only hinted in some poster images.


While these ground targets are subjected to weather conditions, the interception of ballistic missiles, including intercontinental ones (ICBM) are even made all-weather since the missiles would reach the higher altitudes above the layers of clouds and even rise into space.

The use of composite material such as carbon fibers in modern rocket casings renders ballistic missiles specially vulnerable to the Starlink strikes.

In a sense, Elon Musk is about to finally complete the 1980's SDI initiative of President Reagan known as Star Wars, breaking the Mutual Destruction Doctrine (MAD) imposed by the Russians and that had prevailed since the Cold War era, making the deterrence of the Russian nuclear arsenal totally irrelevant in the 21th century, as well as the still in the making of the Iranians.


As if any additional proofs were needed, the apparent nonsensical sheer apathy of the U.S. military as we come closer to the fatidic 2027 Doomsday Clock deadline:

North Korean nuke missile progress outpacing U.S. missile defense modernization: U.S. expert

August 03, 2022

SEOUL, Aug. 3 (Yonhap) -- North Korea's nuclear missile program appears to be "unstoppable," with its progress apparently moving faster than U.S. modernization of its missile defense systems, a U.S. expert said Wednesday.
...
Still, he stressed the need for continued diplomatic efforts, saying military actions can't be an answer.
He described the current situation as "not a good one for certain," noting Pyongyang's refusal to respond to dialogue offers from the Joe Biden administration.
Pyongyang has carried out a string of missile launches since the start of this year amid reports that it has even completed preparations for what would be its seventh known nuclear test.

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Same phlegm when faced with the allegation of Iran's accession to the Elite Nuclear Club:

July 25, 2022

Ehud Barak: Iran Can Transform Itself into a Nuclear Power—And It's Too Late to Stop It By Surgical Attack

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The absence of any strong U.S. reactions is an undeniable smoking gun, in total contrast with the Pentagon's past history of bellicose responses when dealing with Iraq and Libya, and only betraying the existence of the most secretive S.D.I./Star Wars 2.0!

6.1.3.2.1.1. Starlink V3.0

Meanwhile, the even greater power output of the Starlink V3.0 platforms possibly increased in mass to several tons, is still totally shrouded in secrecy, and its existence only hinted in some poster images.

▲ Hint at the Starlink V3.0 platforms. May 2022.[web.archive.org]
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Look no further, on 9th March 2022, AST SpaceMobile, Inc. ('AST SpaceMobile') (NASDAQ: ASTS), the U.S. company building the first and only space-based cellular broadband network accessible directly by standard mobile phones, announced it has signed a multi-launch agreement with Space Exploration Technologies Corp. (SpaceX). 1[web.archive.org]2[archive.ph]

And as correctly predicted previously, this multi-tons BlueBird series operational satellites will deploy gigantic 450 sq meter phased array antennas 1[web.archive.org]2[archive.ph], putting the U.S. military PAVE PAWS[web.archive.org]2[archive.ph] early warning Raytheon AN/FPS-115 phased array radar's 415.5 sq meter to shame.

And this size is only half of what was initially planned by AST SpaceMobile!

A single ASTS Bluebird fronthaul has 2800 spot beams that are 1-2 degrees wide. 1[web.archive.org]2[archive.ph]

▲ A single ASTS Bluebird fronthaul has 2800 spot beams that are 1-2 degrees wide.· Sep 7, 2022 [web.archive.org]
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Indeed, the old DiskSat architecture is not new, probably designed for the first generation of U.S. Mind-Control satellites by the early 1950s.

It provides the maximum surface to mass ratio as required for a space-based particle detector. Starlink V3.0 could use a revisited DiskSat architecture, with the gigantic disc's nadir face turned toward the Earth presenting a phased array antenna, while the zenith face would be covered with solar panels.

▲ Drawing by Alan Dunn, 1950, the New Yorker Magazine.[web.archive.org]
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Meanwhile, the first prototype BlueWalker 3 Test Satellite is slated to be launched mid-September 2022 from Cape Canaveral on a Falcon 9 vehicle. The satellite has only a 64 sq meter aperture phased array antenna and is designed to communicate directly with cell phones via 3GPP standard frequencies.

▲ AST SpaceMobile's BlueWalker 3 prototype has a 64 m2 aperture phased array antenna and is designed to communicate directly with cell phones. [web.archive.org]
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AST SpaceMobile also has a contract with SpaceX for launching the first operational BlueBird 1 satellite in 2023. Their agreement provides a framework for ordering additional launches until the end of 2024, when AST SpaceMobile expects to have deployed 110 satellites, of a constellation of as many as 243 large communications satellites. 1[web.archive.org]2[archive.ph]

If the Starlink V3.0 satellite architecture is expected to be a Disk-satellite of more than 20 meters diameter like the BlueBird satellites, then it should not come as a surprise if Elon Musk instead of wasting resource by reinventing the wheel, simply attempts to buy AST SpaceMobile like he did with Twitter[web.archive.org]2[archive.ph], McDonald's[web.archive.org]2[archive.ph], Coca-Cola[web.archive.org]2[archive.ph] and Manchester United[web.archive.org]2[archive.ph].

6.1.3.2.1.1.1. Propaganda Campaign

As the Starlink launch rate by September 2022 reaches nearly one Falcon-9 every 5 days[web.archive.org]2[archive.ph], with the constellation exceeding 2'940 satellites[web.archive.org]2[archive.ph], to better justify the build up of the Starlink WMD, Hollywood has been tasked by the U.S. military to prepare both the domestic opinion, that is the U.S. taxpayers, and the international opinion as well, by blaming the poor cellular communications network available to the general public for the miserable fate of the world's people.

Videomancy

Adrift (2018)[web.archive.org]2[archive.ph] is a Hollywood survival drama film, and among the first non-military 'poor communications' genre movie produced in the U.S.
The film is based on the 2002 book Red Sky at Mourning by Tami Oldham Ashcraft, a true story set during the events of Hurricane Raymond in 1983.

Produced and directed by Baltasar Kormakur, the film stars Shailene Woodley and Sam Claflin as a couple who are adrift in the middle of the Pacific Ocean after a hurricane, and must find their way to Hawaii with a damaged boat and no radio.

The couple depart from Tahiti aboard Hazaña, and after many uneventful days at sea, Tami and Richard receive news of an approaching cyclone, Hurricane Raymond, but decide to continue to San Diego anyway. As the storm hits, Tami tries to radio for help, with no response.

Tami the empowered woman, finds that the engine will not start, and no one hears her radioed distress calls.

It is revealed in the credits that Richard Sharp was swept overboard and never found; Tami Oldham Ashcraft survived alone aboard Hazaña for a total of 41 days before she was rescued.

During the credits, a series of news articles reveal that Tami was mind-controlled from outer space, with the A.I. voice ordering her to survive, write a book on her story, so that a Starlink V3.0 promotion film series based on her ordeal could finally be produced 35 years later.

▲ Adrift (2018) videomancy: non-military 'poor communications' genre movie, with a mind-control A.I. voice from outer space ordering Tami the empowered woman to survive, write a book on her story, so that a Starlink V3.0 promotion film series could finally be produced 35 years later.[web.archive.org]
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Videomancy

Fall (2022)[web.archive.org]2[archive.ph] is a Hollywood survival film, and another non-military 'poor communications' genre movie produced in the U.S., starring Grace Caroline Currey and Virginia Gardner.

The two ladies decide to climb the 2000-foot tall B67 TV Tower, once billed as the tallest structure in the U.S. but now a long-abandoned relic.

The rusty ladder falls apart as the two climbers reach the top of the gigantic iron rod that only keeps its two large spherical side communication dishes, leaving the two busty heroines trapped for most of the run time, turning this into quite a survival story.

Indeed, this propagandist's old clumsy trick always works on the U.S. lower IQ males, as a classic application of the same template used in the promotion of cars in the annual international motor shows, where attractive young hostesses are recruited among college girls.

The two protagonists risk dying from falling, dehydration, starvation, exposure, or being pecked by the local vultures attracted to the injuries sustained while climbing.

While having both a mobile phone and even a quadcopter drone with camera, they are nonetheless unable to establish a connection with the ground mobile phone tower's network at that height.

Here we see that Generation Y's empowered women are indeed as helpless as the U.S. Marines tough guys of the 'poor military communications' genre movies counterparts. That is before the advent of the Starlink V3.0 game-changer.

▲ Fall (2022) videomancy: non-military 'poor communications' genre movie with mobile phone signal not available at 2'000 feet above ground level in the desert.[web.archive.org]
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Videomancy

As an variant of the climbing movie genre exemplified by 'Fall (2022)', the U.S. propaganda campaign effort has not forgotten the thriller survival in the mountain movie genre.

The Ledge (2022)[web.archive.org]2[archive.ph] is a Hollywood propaganda movie promoting 'Satellite Connectivity With Mobile Devices', masqueraded as thriller survival climbing film.

The Ledge was directed by Howard J. Ford, written by Tom Boyle, and stars Brittany Ashworth and Ben Lamb.

It follows a young woman on a mountain as she tries to evade the men who assaulted her by climbing to safety.

The obligatory 'bad guy' (Ben Lamb) bears an uncanny resemblance to the Utoya's mass killer[web.archive.org]2[archive.ph], Anders Behring Breivik[web.archive.org]2[archive.ph], due to his Nordid group phenotype[web.archive.org]2[archive.ph], and all his victims including the 2 female climbers and also his own 3 male stooges seems to be of the Orientalid group phenotype[web.archive.org]2[archive.ph].

Kelly (Brittany Ashworth), the obligatory Generation Y's Super Duper 'strong empowered woman', is therefore able to survive while trapped on the face of a mountain without her gear, and fights off four killers one by one, stood on an overhanging ledge twenty feet above her.

She carries a video camera in her bag with a video on a memory card recording the murder of her friend by the 4 killers.

Too bad for her, that the camera could not support Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

▲ The Ledge (2022) videomancy: video camera not supporting Satellite Connectivity With Mobile Devices.[web.archive.org]
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Videomancy

Borrego (2022)[web.archive.org]2[archive.ph] is a Hollywood thriller survival film, and another non-military 'poor communications' genre movie, starring Lucy Hale, Nicholas Gonzalez and Jim Meskimen.

Borrego follows a young botanist who relocates to a small desert town to study an invasive plant species. She must fight for her survival when she's kidnapped by an inexperienced drug mule after his ultralight plane crashes in the desert.

The local sheriff is unable to call for help in the middle of the desert with his car's radio when confronted to a violent drug cartel killer who has shot two innocent bystanders.

The female botanist's mobile phone can't establish a connection either.

Too bad for him, that in 2022, police car radio could not support Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

While the sheriff can't do anything to save anybody, thanks god, his own truant daughter paired with the botanist as the two obligatory Generation Y and Z's Super Duper 'strong empowered women' tougher than the sheriff, manages without any weapon not only to destroy the 2 bags of drug by pouring a jerrycan of gasoline on them, but even to roast alive the drug cartel's bad guy who tried in vain to extinguish the flame on the bags.

▲ Borrego (2022) videomancy: non-military 'poor communications' genre movie with neither police radio signal nor mobile phone signal available in the desert.[web.archive.org]
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Videomancy

The Shallows (2016)[web.archive.org]2[archive.ph] is another Hollywood survival horror film, and not only a non-military 'poor communications' genre movie, but possibly among the first 'Satellite Connectivity With Mobile Devices' propaganda movies produced in the U.S.

Directed by Jaume Collet-Serra, written by Anthony Jaswinski, it stars Blake Lively.

In the film, a surfer gets stranded 180 m from shore and must use her wits and determination to survive a great white shark attack.

As she rides the last wave back to the beach, a large 7.0 m great white shark knocks her off her surfboard and bites her leg. Nancy Adams climbs onto a whale carcass, but the shark rams it from underneath, forcing her to swim to an isolated rock. She uses her surfboard leash to slow the bleeding from her leg. Later she uses her jewelry to put rudimentary stitches in place to hold her torn flesh together. Nancy is left alone when the unaware locals leave the beach, and she spends the night on the rock with a wounded gull, which was also injured by the shark.

The next morning, the obligatory 'bad male' character, as a drunk local Mexican on the beach steals Nancy's belongings including her mobile phone.

Two locals Nancy had surfed with the day before return. One of the local surfers was wearing a GoPro camera on his helmet. When he was attacked by the shark, his helmet had come off and floated to the surface. Nancy later sees the helmet floating in the water. After some struggle, she is able to retrieve it.

Too bad for her, that in 2016, GoPro action cameras (HERO5 was introduced on September 2016) could neither support Live Streaming and let alone Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

This obligatory Generation Y's Super Duper 'strong empowered woman' is therefore tougher than the now obsolete and comparatively puny U.S. 1980s John Rambo[web.archive.org]2[archive.ph], then a paragon of male character lone wolf survivor in the wild and battlefield.

Able to accomplish an unbroken chain of superhuman exploits, from stitching her own wounds with her jewelry without any disinfection, anesthesia and without fainting; healing a wounded gull with her bare hands without further x-ray, scan, diagnosis or tools; surviving 3 males all mauled to death by a shark; surviving a massive blood lost, jellyfish stings, dehydration, concussions and then swimming like an Olympic swimmer by out swimming a great white shark, thus tricking the giant shark into impaling itself on rebar protruding from the buoy's anchor at the ocean's bed by baiting him with herself, and ultimately being able to stop breathing unconscious to not drown herself, until being rescued by friendly locals while floating close to shore unconscious.

Despite all the unrealistic subplots, the core message is forced down the throat of the audience by the compulsory screenwriting of a wet half naked, young leggy and sensual girl trapped on a tiny rock for half of the run time.

Indeed, this propagandist's old clumsy trick always works on the U.S. lower IQ males, as a classic application of the same template used in the promotion of cars in the annual international motor shows, where attractive young hostesses are recruited among college girls.

Videomancy

Arctic (2018)[web.archive.org]2[archive.ph] is a Hollywood propaganda movie promoting 'Satellite Connectivity With Mobile Devices'.

The story focuses on Overgård (Mads Mikkelsen), a pilot whose plane crashed somewhere close to the North Pole. Through his routine, he wants to establish a connection with civilization. He clears his SOS sign, he catches fish and and runs a distress beacon powered by a hand-crank dynamo. He spends every hour doing exactly what he planned to increase the chances of being rescued. But then his survival routine changes because of yet another plane crash. A Thai woman (Maria Thelma Smáradóttir) survived it but she got an ugly wound and is now sick. She can't leave the bed, she's barely conscious so he decides to save her by any means necessary.

Too bad for him, that in 2018, distress beacon powered by a hand-crank dynamo could not support Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

▲ Arctic (2018) videomancy: distress beacon powered by a hand-crank dynamo not supporting Satellite Connectivity With Mobile Devices.[web.archive.org]
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Videomancy

After the 'forced crash landing in Arctic survival' genre movie, the U.S. propaganda campaign effort has not forgotten the 'forced crash landing in tropical jungle survival' genre movie.

Plane (2023)[web.archive.org]2[archive.ph] is a Hollywood propaganda 'Satellite Connectivity With Mobile Devices' genre movie with a 'MH-370 ghosting', 'lightning strike on airplane', 'emergency landing', 'Philippines Jolo insurgency', 'hostage taking' and 'commando' subplot genres movie masqueraded as an action thriller film directed by Jean-François Richet from a screenplay by Charles C∪mming and J. P. Davis.

The film stars Gerard Butler, Mike Colter, Yoson An, Tony Goldwyn and Lilly Krug. The plot centers on a pilot (Butler) allying with a prisoner (Colter) to save his passengers from a hostile territory they landed in for an emergency landing.


Commercial pilot Brodie Torrance (Gerard Butler), a former RAF pilot, flies Trailblazer Airlines Flight 119 from Singapore to Honolulu via Tokyo. After his plane suffers an electric system damage from a lightning strike inside a storm in the South China Sea, he is forced to land his plane in what turns out to be Jolo island in the Philippines with the loss of a stewardess and an RCMP officer, who is accompanying fugitive homicide suspect Louis Gaspare.

In New York City, the board of Trailblazer calls their crisis manager, Scarsdale. He dispatches a private military outfit to rescue the passengers, as the authorities are unwilling to send troops into the rebel-controlled island. Brodie goes off into the jungle to seek help, accompanied by Gaspare. At an abandoned warehouse, Brodie phones his superiors and daughter to tell their location, but is attacked by a rebel whom he subdues.

Too bad for him, that in 2023, mobile phones could not support Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

Notice that the mercenaries sent by Trailblazer have not only direct communications with the U.S. through their satellite phones, but even benefit from real-time high-resolution military Keyhole optical satellite imagery.

▲ Plane (2023) videomancy: mobile phones not supporting Satellite Connectivity With Mobile Devices.[web.archive.org]
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Videomancy

After the 'Arctic survival' genre movie, the U.S. propaganda campaign effort has not forgotten the 'Alaskan frozen wilderness survival' genre movie.

The Grey (2011)[web.archive.org]2[archive.ph] is a Hollywood 'Satellite Connectivity With Mobile Devices' genre propaganda movie, masqueraded as a 'plane crash in Alaskan frozen wilderness with wolves packs attacks survival' genre film directed by Joe Carnahan and starring Liam Neeson, Frank Grillo, Dallas Roberts, Joe Anderson, Nonso Anozie, and Dermot Mulroney.

The story follows a number of oil-men stranded in Alaska after a plane crash, who must wage a war against multiple packs of Canadian grey wolves, stalking them during the mercilessly cold weather.

After the air crash, Diaz who survived, finds an emergency wrist watch with a radio beacon, which he vainly hopes will send for rescue.

Too bad for them, that in 2011, distress beacon from wrist watch with some 12 km radius range, could not support Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

As a consequence, all of them get killed one by one before they can reach any inhabited place.

▲ The Grey (2011) videomancy: distress beacon from wrist watch with 12 km radius range not supporting Satellite Connectivity With Mobile Devices.[web.archive.org]
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Videomancy

After the 'Arctic survival' genre movie, the 'Alaskan frozen wilderness survival' genre movie, the U.S. propaganda campaign effort has not forgotten the 'Eastern Canada-U.S. border secluded mountain frozen wilderness survival' genre movie.

Braven (2018)[web.archive.org]2[archive.ph] is a Hollywood 'Satellite Connectivity With Mobile Devices' genre propaganda movie with a 'hunted by drug traffickers' subplot genre, masqueraded as a 'action thriller' film directed by Lin Oeding and written by Mike Nilon and Thomas Pa'a Sibbett. The film stars Jason Momoa as Joe Braven, with Garret Dillahunt, Stephen Lang, Jill Wagner, and Brendan Fletcher.

Logging company owner and family man Joe Braven (Jason Momoa) lives with his wife Stephanie (Jill Wagner) and their daughter Charlotte (Sasha Rossof). Braven's father Linden (Stephen Lang), who suffers from brain trauma due to a head injury, gets into a bar room brawl after mistaking a woman for his wife, requiring Joe to come to his aid and resulting in Linden going to the hospital. At Stephanie's suggestion Joe and Linden decide to spend some time together at the family's secluded mountain cabin, unaware that Charlotte was hiding in the back of the vehicle so she could tag along.

While transporting logs by truck, Joe's co-worker Weston (Brendan Fletcher) is asked by Hallett (Zahn McClarnon), who is a drug trafficker, to recruit other drivers into Hallett's criminal activities, but Weston refuses. During the exchange, Weston loses control of his truck, causing a crash that displaces all the logs and cocaine from the vehicle. After they resolve to go to Joe's mountain cabin to store the cocaine there, Weston and Hallett are picked up by a police patrol car. Hallett relays the news of the crash to his employer, drug lord Kassen (Garret Dillahunt), moments before Kassen kills Randall, who presumably worked with him in the past.

After Joe, Linden and Charlotte arrive at the cabin, Joe discovers the cocaine hidden in the shed, so he hides Charlotte in a storage closet before being surrounded by Kassen's mercenaries. When Weston tries to act as a go-between, Kassen kills him. Unable to call for help because of lack of cellular signals at the cabin, Joe, armed with a bow and arrow, and Linden with a gun, kills one of the mercenaries named Luisi during the ensuing standoff.

Too bad for him, that in 2018 mobile phones could not support Satellite Connectivity With Mobile Devices.

Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

Needing higher ground to access a cellular network, Joe drives out of the house on a quad bike with the original cocaine bag, with Charlotte hidden under a blanket. Joe drops Charlotte off and instructs her to climb to the mountain, where she calls her mother, who in turn calls the sheriff.

Then all of a sudden, the formulaic Hollywood predictable happy ending with bad guys all eliminated either gunned down, knife stabbed, by throw of axe, by arrow shots, or burned alive, with the endboss pushed off a cliff, while the good guy (the Alpha male) emerges as the obligatory victorious super hero with only minor cosmetic bleedings.

Videomancy

After the war movie genre, biopic movie genre, shark attack movie genre, survival at sea movie genre, survival in the desert movie genre, survival in the mountain movie genre, the U.S. propaganda campaign effort has not forgotten the disaster horror movie genre.

4 Horsemen: Apocalypse (2022)[web.archive.org]2[archive.ph] is a Hollywood propaganda movie promoting 'Satellite Connectivity With Mobile Devices', masqueraded as a disaster horror film.

A team of scientists is facing a cascade of global disasters signalling the possible End of The World: fungi, geothermal activities, earthquakes, volcanic activities, storms, and locusts.

The basic setup in the movie itself is: 12 hours until a volcano will erupt so big in Brazil, it'll blow up the world. What causes this? Mushrooms. Mushrooms, that will be finished of with an oxygen-destroyer.

Things get complicated by the lack of 'Satellite Connectivity With Mobile Devices' in Brazil's forest, and in this case with the scientist's laptop.

Videomancy

After the war movie genre, biopic movie genre, shark attack movie genre, survival at sea movie genre, survival in the desert movie genre, survival in the mountain movie genre, the U.S. propaganda campaign effort has not forgotten the 'survival in the forest sci-fi horror camping trip' genre.

Significant Other (2022)[web.archive.org]2[archive.ph] is a Hollywood propaganda 'Great Replacement by alien robots' genre movie masqueraded as a sci-fi horror camping trip film directed by Robert Olsen and Dan Berk, starring Maika Monroe and Jake Lacy.

A shape-shifting self-repairing Alien invader comes to Earth, with the abilities to morph and form a stabbing weapon, to replicate biological organisms such as humans including all their memories and thoughts.
Because the Alien knows everything about the original, he claims it is not possible to run from him.

Things get complicated by the lack of 'Satellite Connectivity With Mobile Devices' in the U.S. Pacific Northwest's forest, and in this case with the backpacker's mobile phone.

▲ Significant Other (2022) videomancy: lack of 'Satellite Connectivity With Mobile Devices' in the U.S. Pacific Northwest's forest.[web.archive.org]
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Videomancy

As all U.S. colonies' movie industries have been ordered to contribute in this massive propaganda campaign, the Italian puppet state has naturally produced its first non-military 'poor communications' genre movie.

Movie industries of other U.S. puppet states are therefore expected to release there own piece of propaganda very soon, by simply applying the U.S. old template and rebranded as their 'own' production, including Germany, Five Eyes, France, Holland, Belgium, QUAD, South Korea, etc.

Breath (2022)[web.archive.org]2[archive.ph] is the first survival film produced by the Italian puppet state, of the non-military 'poor communications' movie genre, starring Rachel Daigh and James Cosmo.

It is an obvious application of the U.S. old template and a revisited adaptation from the 2010 U.S. biographical survival drama 127 Hours (2010)[web.archive.org]2[archive.ph].

Lara Winslet (Rachel Daigh) may be an expert geologist in volcanology, but when an accident at work leads to her falling inside a volcanic crevasse where no one can neither see nor hear her, she'll need more than her intelligence to survive.

Of course she carries a laptop and a cellphone, and even enjoys an unobstructed clear zenithal line of sight - source of unpleasant overheating by the sun. Too bad Starlink V3.0 that could have established a connection within seconds in this situation, doesn't orbit the Earth's LEO yet. You get the message.

▲ Breath (2022) videomancy: non-military 'poor communications' genre movie with cellphone signal not available down the bottom of a crevasse with clear zenithal line of sight. [web.archive.org]
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This obligatory 'strong empowered woman' is therefore (again) mind-controlled from outer space, with repeated flashbacks to give her the strength she needs to survive at any cost.

Indeed, undisputable give away of external U.S. mind-control satellites' interference is the systematic ~15'000 Hz high pitched ringing noise[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph] that can only be heard when the 'strong empowered woman' gets her flashbacks, a phenomenon first depicted in The Gladiators - Gladiatorerna (1969)[web.archive.org]2[archive.ph] a videomancy Swedish drama/science fiction film directed by Peter Watkins.

Videomancy

After the war movie genre, biopic movie genre, shark attack movie genre, survival at sea movie genre, survival in the desert movie genre, survival in the mountain movie genre, survival in the forest & camping trip movie genre, the U.S. propaganda campaign effort has not forgotten the 'whitewater rafting expedition survival' genre.

The River Wild (2023)[web.archive.org] 2[archive.ph] is a Hollywood 'Satellite Connectivity With Mobile Devices' genre propaganda movie with a 'satellite phone', 'no charged batteries', 'taken hostage by a killer in the wild', 'whitewater rafting expedition', 'superwomen', and 'African-British female heroine' genre subplots masqueraded as an adventure-thriller film directed by Ben Ketai, from a script he co-authored with Mike Nguyen Le. It is intended to be a reimagining of The River Wild (1994) and a modern-day standalone sequel. The film stars Adam Brody, Leighton Meester, and Taran Killam.

Plot

Joey Reese (Leighton Meester) is an out-of-practice doctor who wants to get away from her troubled past. One day, she meets her river-guide brother Gray Reese (Taran Killam) for a whitewater rafting expedition. The trip includes two female tourists, Karissa (Olivia Swann) and Van (Eve Connolly), and Gray’s childhood friend, Trevor (Adam Brody). The latter turns out to be an ex-convict recently out of prison, and he’s bad news.

During the first night, Van is assaulted by Trevor in the forest, and left with a fractured skull and swellings in her brain. She will die unless she is brought to an hospital in emergency.

Too bad the sat phone is dead.

The group decide to join Ranger station six by river.

Transcript

The River Wild (2023) 414 00:22:13,957 --> 00:22:15,876 Actually, grab the sat phone, call ranger six. 415 00:22:15,959 --> 00:22:17,294 We don't need to call anyone. ___ 430 00:22:50,243 --> 00:22:51,912 - Sat phone's dead, man. - What? 431 00:22:51,995 --> 00:22:53,371 - Yeah. - It doesn't hurt. 432 00:22:53,455 --> 00:22:54,998 - Did you swap bricks? - Yes, always. 433 00:22:55,082 --> 00:22:56,625 - Both dead? - They never worked. ___ 658 00:36:14,130 --> 00:36:16,174 - we're gonna need a chopper. - Oh, Christ. 659 00:36:18,426 --> 00:36:21,262 She slipped and hit her head on some rocks. 660 00:36:21,345 --> 00:36:22,930 The sat phone died on us. ___ 912 01:01:01,115 --> 01:01:03,785 I've been following you guys since the bridge. 913 01:01:03,868 --> 01:01:05,411 Did you call for help? 914 01:01:05,495 --> 01:01:06,829 I don't have a sat.

▲ The River Wild (2023) videomancy: 'Satellite Connectivity With Mobile Devices', 'satellite phone', and 'no charged batteries' genre subplots.[web.archive.org]
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▲ The River Wild (2023) videomancy: 'superwomen', and 'African-British female heroine' genre subplots.[web.archive.org]
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Analysis

• Joey carries a mobile phone in the forest. Too bad for her, that in 2023, mobile phones could not support Satellite Connectivity With Mobile Devices.
Starlink V3.0 that could have established a connection within seconds in this situation, wasn't orbiting the Earth's LEO then. You get the message.

• The group carries a sat phone, but the batteries have either not been charged or have been depleted.
Too bad for them, that in 2023, mobile phones and other communications devices could not support Satellite Recharging of Mobile Devices from LEO.
Starlink V3.0 that could have recharged the ground mobile devices within minutes in this situation, wasn't orbiting the Earth's LEO then. You get the message.

• Of the two obligatory 'strong empowered women' who can defeat an armed (European-American) male bad guy, the strongest one is the African-British heroine who manages to call an helicopter to the rescue of the European-American heroine.

• After suffering a stab wound on her back, superwoman Joey performs an improvised operation on herself with a knife and a pen to allow fresh air to flow in her lung.
Only a decade ago, such extreme exploits were the sole monopoly of male tough guy characters epitomized by Rambo sewing up his own arm wound in First Blood (1982)[web.archive.org] 2[archive.ph], T-800 Terminator removing his damaged eye with a knife in The Terminator (1984)[web.archive.org] 2[archive.ph], Anton Chigurh stitching his own wounds with stolen supplies, after his leg is badly injured by a shotgun blast in No Country for Old Men (2007)[web.archive.org] 2[archive.ph].
This is confirmed by the final scene where the superheroine is extracted by a chopper from the forest (originally jungle), reference to Predator (1987)[web.archive.org] 2[archive.ph], etc.

Videomancy

While previous movies were intended to fool the low IQ popular masses, a different type of propaganda movie have been released intended to appeal to the elite collaborationist audience with a totally different message.

Deus - The Dark Sphere (2022)[web.archive.org]2[archive.ph] is a videomancy Sci-Fi film, directed by Steve Stone and starring Claudia Black.

Following the Hollywood's tradition of depicting evil billionaires CEOs, such as in Don't Look Up (2021)[web.archive.org]2[archive.ph], CEO Vance Achilles, this movie's villain modeled as a blend of Donald Trump and Elon Musk, sends a crew aboard the spaceship Achilles to investigate a mysterious Dark Sphere which has appeared in the orbit of Mars.

After the bedraggled six-person crew wake from eight months hibernation, the Sphere is transmitting a single word in every Earth language ever known - Deus.

This cunning conspiracy is later revealed to be part of Vance Achilles' final solution to cull most of humankind, or 15 billions out of 21 billions.
Indeed, the Dark Sphere is only his manmade decoy, masquerading as God. Its message to the feeble-minded world people's simpletons is that the end of the world is coming and by choosing to enter one of the several 10'000s of gates that have suddenly appeared on Earth, they will go to heaven.
In fact each gate contains a mini event horizon or black hole, that would instantly annihilate the fools.

The 10'000 gates apparition event is an allegory for the U.S. Starlink orbital network build-up, and the film is a satire of sheeple, government, political, celebrity, and media indifference to the orbital Starlink WMD deployment.

▲ Deus - The Dark Sphere (2022) Videomancy: by entering one of the several 10'000s of gates that have suddenly appeared on Earth, they will go to heaven.[web.archive.org]
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Videomancy

Don't Look Up (2021)[web.archive.org]2[archive.ph] is a recent Hollywood propaganda 'don't look up' genre movie masqueraded as an apocalyptic black comedy film.

The film is a satire of sheeple, government, political, celebrity, and media indifference to the orbital Starlink WMD deployment.

Beyond Skyline (2017)[web.archive.org]2[archive.ph] is an earlier Hollywood propaganda 'don't look up' genre movie masqueraded as a science fiction action film written, co-produced and directed by Liam O'Donnell in his directorial debut. It stars Frank Grillo, Bojana Novakovic, Jonny Weston, Iko Uwais, Callan Mulvey, Yayan Ruhian, Pamelyn Chee, Betty Gabriel, and Antonio Fargas. It is a sequel to the 2010 film Skyline, set concurrently with the events of the first film.

The film is intended to instill fear among the world masses, warning them to not look at the night sky by using the old space alien invader boogeymen, for the entire duration of the Starlink WMD deployment phase scheduled to last until 2027.

Indeed, imprudent people who look at the bright light in the sky will be hypnotised by the mind-controlling beam, then sucked by a blue light and harvested by giant alien spaceships, before being turned into cyborg slaves.

▲ Beyond Skyline (2017) videomancy: 'don't look up' genre propaganda film intended to instill fear among the world masses, warning them to not look at the night sky.[web.archive.org]
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Unsurprisingly, it is in the opposite geopolitical sphere, in the North that the closest depiction to the real thing can be found in an alien invasion movie from a Viking perspective:

Videomancy

The Darkest Hour (2011)[web.archive.org]2[archive.ph] is a Hollywood propaganda 'alien invasion' movie with a 'microwave attack' genre subplot masqueraded as science fiction action film directed by Chris Gorak from a screenplay by Jon Spaihts and produced by Timur Bekmambetov.

The film stars Emile Hirsch, Max Minghella, Olivia Thirlby, Rachael Taylor, and Joel Kinnaman as a group of people caught in the invasion.

Of special interest is the 'microwave attack' genre subplot that shows, associating literally 'Thousand Points of Light' in the sky with the start of the invaders' onslaught, x-ray type imagery as perceived by the invaders, world cities burned by microwave beams in the initial assaults, and Faraday cages used by the humans to block their microwave signatures.

Transcript

488 00:35:37,218 --> 00:35:39,641 My money's on they see our electric pulses. ___ 528-533 00:39:08,930 --> 00:39:29,209 "Their electromagnetic bombardment shorted our hardware." "No missiles. No jets." This wasn't just Moscow. "Communications stayed up for three minutes." "all reported invisible invaders. Aggressive assault strategy." ___ 685-688 00:49:28,924 --> 00:49:41,520 They are made up of lethal wave energy. That's why they're invisible to us. He says they microwaved Moscow. Burned everything out. ___ 730-731 00:52:45,537 --> 00:52:50,631 It shoots microwaves. A focused and compressed microwave beam.

▲ The Darkest Hour (2011) videomancy: Hollywood propaganda 'alien invasion' movie with a 'microwave attack' genre subplot.[web.archive.org]
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6.1.3.2.1.1.2. Starlink Satellite Connectivity With Mobile Devices

Two days after Huawei announced on 6th September 2022 its latest Mate50 phone with satellite connectivity, Apple announced its new lineup of products, including the iPhone14 series, which comes with a Globalstar satellite connectivity feature. 1[web.archive.org]2[archive.ph]

On 8th September 2022, Elon Musk said that he’s also had 'promising conversations' with Apple about Starlink connectivity. 1[web.archive.org]2[archive.ph]

6.1.3.2.1.2. Starlink's ASAT Capability

Lasers have been introduced on the newest versions of the Starlink V1.5 satellites, officially only for inter-satellite communications purpose. 1[web.archive.org]2[archive.ph]

These highly secretive military informations are of course still classified.

Nonetheless, Starlink V1.5 platforms might used their new lasers as close-range dazzler against enemy satellites.

It is unknown how Starlink V2.0 and Starlink V3.0 platforms will evolve, therefore better targeting and focusing when in swarm mode, that could possibly allow real ASAT capability against higher orbit enemy satellites by 2027 can not be ruled out.

6.1.3.2.2. U.S. Internet of Military Things (IoMT) warfare

Tesla Electric Automotive Industries is simply completing the U.S. military's triad of Aerial UAVs, Underwater UUVs, and Naval Unmanned surface vehicles (USVs) with the 4th ground platform counterparts. This means armies of robotic infantry once HALO (high altitude – low opening, often called a HALO jump) paradropped in remote enemy territory insertion point will not be constrained to advance by walking on their two or four legs (i.e. the logistic robotic mules), but will be able to rush at great speed on board TESLA self-driving electric wheeled combat vehicles, paradropped along the robotic infantry units. This is paramount as refueling will not be available, and a continuous electric recharging of the batteries in real time via the orbital Starlink satellite array will ensure weeks of field operation.

Self-driving infantry fighting vehicle (IFV) will carry the robots, while accompanying Self-driving self-propelled artillery systems (SPA), Self-driving self-propelled anti-aircraft gun (SPAAG), Self-driving Self-Propelled Anti-Tank Guided Missile System (SPATGM), Self-driving Tank Destroyer (SPTD), all armed with CIWIs defensive lasers, covered by robotic air-defence laser UAVs, will provide additional firepower needed to defeat any enemy opposition when proceeding toward the designated target.

More fire support such as bunker busters will naturally be available with swarms of accompanying stealth UAVs evolving up to the Near-Space altitude, and all connected and controlled through Internet of Military Things (IoMT) satlinks.

Finally, self-driving robotic wheeled lasers are now available to these U.S. expeditionary forces.

Indeed, the capacity to recharge in real-time via the Starlink Orbital Satellite Array make field lasers possible for the first time in history!

6.1.3.2.2.1. Starlink Superseding Military Data Backhaul, Comsats And GNSS

To better justify the build up of the Starlink WMD, Hollywood has been tasked by the U.S. military to prepare the domestic opinion, that is the U.S. taxpayers, and the international opinion as well, by blaming the poor communications available to U.S. forces for the U.S.'s defeat in the Afghan War.

Therefore, prior to the first Falcon-9 space launch of the Starlink constellation series initially planned for 2016, 'poor military communications' genre movies have spawn as numerous as the 'zombie apocalypse' ones.

Lone Survivor (2013)[web.archive.org]2[archive.ph] is a 2013 Hollywood biographical war film, starring Mark Wahlberg and Alexander Ludwig.

The nonfiction story depicts difficulties encountered with radio and satellite communications, by U.S. Navy SEALs sent to Afghanistan due to the inherent mountainous terrain.

This will cause the entire mission to fail, with the death of 75% of the SEALS, aggravated by the further loss of a Chinook helicopter with all its SEAL passengers and crew sent to extract the survivors.

▲ Lone Survivor (2013) videomancy: critical radio and Comsat signal problems encountered by U.S. Navy SEALs sent to Afghanistan.[web.archive.org]
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12 Strong: The Declassified True Story of the Horse Soldiers (2018)[web.archive.org]2[archive.ph] is another 2018 Hollywood action-war film starring Chris Hemsworth, Michael Peña and Elsa Pataky.

The non-fiction story depicts difficulties encountered with satellite communications and GPS signals, by U.S. Army Special Forces sent to Afghanistan due to the inherent mountainous terrain.

There is no coincidence, that the movie was released in 2018 just a year prior to the start of the COVID-19 false flag that itself superseded the 911 one.

Indeed, Starlink currently in deployment phase is precisely meant to be the answer to the U.S.' Afghan miseries, a war finally lost in 2021 with a complete withdrawal.

▲ 12 Strong (2018) videomancy: Comsat and GPS signal problems encountered by U.S. Army Special Forces sent to Afghanistan.[web.archive.org]
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▲ 12 Strong (2018) videomancy: Comsat signal problems encountered by U.S. Army Special Forces sent to Afghanistan.[web.archive.org]
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To better prepare the international opinion among the Allies, that is the Anglo-Saxon's taxpayers, to the build up of the outrageously overpriced pharaonic and totalitarian Starlink WMD, the Five Eyes movie propaganda industry has also been fully mobilized.

Kilo Two Bravo (2014)[web.archive.org]2[archive.ph] is a British videomancy war docu-drama 'poor military communications' genre movie, directed by Paul Katis.

The plot is based on the Kajaki Dam incident, involving Mark Wright and a small unit of British soldiers positioned near the Kajaki Dam, in Helmand province, Afghanistan.

This non-fiction story depicts life-threatening difficulties encountered with wireless communications by a group of British paratroopers sent to Afghanistan due to the inherent mountainous terrain, who lose man after man, trapped in the middle of a forgotten dormant Soviet-era minefield.

▲ Kilo Two Bravo (2014) videomancy: poor wireless communications causing a disaster to U.K. Forces sent in Afghanistan.[web.archive.org]
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The Afghanistan war is not alone. Even the 53 years good old Vietnam war is now being revisited and treated with the 'military communications' genre movies.

Danger Close (2019)[web.archive.org]2[archive.ph] is a 2019 Australian war film about the Battle of Long Tan during the Vietnam War. It is directed by Kriv Stenders and stars Travis Fimmel.

During the whole 2 hours movie, we see the high dependence of the Australian Forces, using wireless communications non-stop for basically every moves: from coordination of platoon's military operation, call for reinforcements, ammo resupply, artillery fire support, air strike support, and even insulting and disobeying one's senior officer, etc.

▲ Danger Close (2019) videomancy: High dependence on communications by Australian Forces sent to Indochina.[web.archive.org]
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Last but not least, another 'enemy has better military communications' genre movie has even depicted the existence of an yet undisclosed Wunderwaffe, to blame the U.S. crushing defeat to the invincible superior North Korean forces' blitzkrieg.

Red Dawn (2012)[web.archive.org]2[archive.ph] is a videomancy Hollywood action war film directed by Dan Bradley, starring Chris Hemsworth, Josh Hutcherson, etc.

The film centers on a group of young people who defend their hometown from a North Korean invasion.

It is revealed that North Korean forces used an EMP weapon crippling the U.S. electrical grid and military, followed by landings along the east and west coasts.

The U.S. resistance is then tasked to steal the game-changing communications hardware contained in KPA Captain Cho's suitcase.

While nothing is said about the mysterious secret technology, the viewer can speculate whether the KPA has mastered field quantum communications hackproof datalink.

▲ Red Dawn (2012) videomancy: The U.S. resistance is tasked to steal the game-changing communications hardware contained in KPA Captain Cho's suitcase.[web.archive.org]
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The entire Allies movie industry is participating in this campaign, and has even revisited the Second Sino-Japanese War (1937-1945) prior to the Pacific War (1941-1945) in another 'military communications' genre movie.

Air Strike 大轰炸 (2018)[web.archive.org]2[archive.ph] also known as The Bombing or Unbreakable Spirit is an action war-drama film directed by Xiao Feng about the Japanese bombings of Chungking during Second Sino-Japanese War.

Mel Gibson joined as production designer. The film stars Bruce Willis, Fan Bing Bing, Adrien Brody, etc.

Set in 1940, the Imperial Japanese Navy Air Service is tasked with intercepting a truck carrying an important British military decoder smuggled through Hong Kong and before it can be delivered to Chungking, the wartime capital of the Republic of China.

▲ Air Strike 大轰炸 (2018) videomancy: the Imperial Japanese Navy Air Service is tasked with intercepting a truck carrying an important British decoder smuggled through Hong Kong and before it can be delivered to Chungking, the wartime capital of China.[web.archive.org]
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As the entire Allies movie industry is participating in this campaign, it has naturally also revisited the Second World War Canadian front with its own 'military communications' genre movie.

Map of the Human Heart (1992)[web.archive.org]2[archive.ph] is a videomancy war movie by New Zealand director Vincent Ward.

The film stars Patrick Bergin, Jason Scott Lee, Anne Parillaud, etc.

British cartographer Walter Russell leads a small military expedition team on a mission to recover a German U-boat lying wrecked off the coast of Nunataaq. The mission fails as the German encryption machine along its codebook can not be retrieved in time before the submarine sinks.


By 2027, GNSS, data backhaul sats and military comsats will both be superseded by the Starlink proliferated, distributed, and networked (PLEO) constellation system. 1[web.archive.org]2[archive.ph]

With total coverage, including in dense forest and mountain area, with unprecedented positioning precision, possibly millimetric.

And of course without the need of any cumbersome antenna, just as pre-announced and popularized by the Startrek 1966s TV series[web.archive.org]2[archive.ph].

One can already bet that other military systems operating in the microwave wavebands would be replaced as well.

What comes in mind are of course the 24-hour all-weather Earth observation synthetic aperture radar (SAR) satellites, and the U.S. Naval Ocean Surveillance System (NOSS) signals-intelligence satellites.

But Starlink might even replace systems that operates outsides of the microwave bands, because more capable in these dedicated tasks.

The U.S. Air Force Space Command-operated Defense Support Program (DSP) satellites are a key part of North America's early warning systems. In their geosynchronous orbits, DSP satellites are used to detect missile launches, space launches and nuclear detonations, by tracking heat from missile and booster plumes against the Earth's background with onboard infrared sensors. 1[web.archive.org]2[archive.ph]

While unable to detect infrared thermal signatures, the God Eye view capability of Starlink will make any ballistic missile launch and nuclear detonation visible. It can even see underground nuclear blasts, like SAR satellites.

One more obvious function of the Starlink orbital network is its role as an intelligence gatherer and battle manager.

6.1.3.2.2.2. Starlink's Real-time Recharging Of Batteries

▲ Monsters of Man (2020): Videomancy of future robotic armies of the U.S. military. January 2021.[archive.vn]
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▲ Boston Dynamics robot dance party for New Year17,541,992 views•Dec 29, 2020
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Future robotic armies of the U.S. military are now made possible, with the game-changing classified information that few among the public are aware of:

20 Jan 2015

The most significant changes are to the robot’s power supply and pump. Atlas will now carry an onboard 3.7-kilowatt-hour lithium-ion battery pack, with the potential for one hour of “mixed mission” operation that includes walking, standing, use of tools, and other movements. This will drive a new variable-pressure pump that allows for more efficient operation.

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This official information is pivotal, as the autonomy is the factor that makes the field operation of a fully robotic platoon of very limited use in the field:

March 22, 2018

Boston Dynamics used a lot of off-the-shelf components to put this hydraulic robot together, which was a 2-m tall robot that was self-contained and weighed nearly 200kg.

This newer Atlas model is about 1.5 meters tall and weighs 80 kg. It has an increased strength density to near human levels, is completely power autonomous (running between 30-60 minutes, depending on what it is doing) and has 28 degrees of freedom.

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Again, power plant limiting the use to 60 minutes, as claimed.

But the reality is that civilian products such as Boston Dynamics' ATLAS are far behind the military classified ones!

Indeed, the best batteries are known and used only by the U.S. army, this pushes the autonomy limits over several hours if not days.

Still, this would not suffice in a real military campaign including the infiltration of the platoon, combat operations and exfiltration that would span over several days or weeks.

And here again the U.S. Starlink Orbital Weapon System as the missing link, that enables the deployment of fully robotic armies in the field for lengthy military campaign.

The constellation of satellites provides such a coverage that it is possible to recharge the batteries of every single combatant robotic units in real-time as if they where simply plugged to the main electricity grid.

Solar rays are simply converted to electricity by the solar panels of each of the 42'000 orbital Starlink satellites. The electricity is then converted into microwave waveband beams then steered and focused by the phased array antennas on each robots' charging pods.

This ensures a continuous supply of electricity. Only deep underground operations would stop them from receiving real-time recharging, but the batteries would allow hours of autonomy. The inclusion of dedicated "medic" robotic unit that carries extra pack of batteries and spare parts for such situation would also come in handy.

Finally real-time continuous recharging of batteries are not limited to ground platforms, wheeled or bipedal robotic vehicles, but Aerial robotic vehicle can also be powered for extended missions.

▲ OUTSIDE THE WIRE 2021: videomancy of U.S. wheeled self-driving vehicle and robotic armies.[archive.vn]
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6.1.3.2.2.2.1. Starlink's All-Weather Recharging Of Batteries

The indeniable advantage of remote recharging of batteries with microwave energy over visible light through solar panels can be unlocked by the U.S. Starlink orbital array for the first time in military history.

To illustrate this game changing technology, let us examine what went wrong with the U.S. first Mars Helicopter.

Characteristics Of The U.S. Electric Powered Mars Helicopter

Solar Panels

The advanced quadruple-junction metamorphic solar cells that cap Ingenuity are specially “tuned to the Mars spectrum,” Balaram says, meaning they’re optimized to absorb the most energy from the light found on Mars.

Li-Ion Batteries

The solar panels will charge Ingenuity’s six Sony Lithium-ion batteries. If needed, the battery pack can generate around 500 Watts, Balaram says. It takes roughly one Martian sol—depending on factors like the season and the scope of the mission—to recharge the helicopter’s batteries.

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We see that it takes more than 24 hours to recharge the batteries with the helicopter's solar panel.

During all this time, the unpowered or low-powered vehicle is resting iddle on the ground, being exposed to the ground weather that includes dust, sands and maby even dew deposit.

And once the blades of the helicopter are activated, the dust will settle and cover the solar panel after the blades stop rotating and if the vehicle is still on the ground.

If there is a high static electricity and ground high voltage caused by solar wind radiations, such as on the Moon's surface, then the air dust will stick like if glued to the vehicle.

If there is a high air humidity like dew, such as on the Earth's surface, then the dust will form a coating of mud mixture even more difficult to get rid of.

▲ Dust covering the U.S. Mars helicopter's solar panel. 12 Apr 2021[archive.ph]
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This situation is so catastrophic as the helicopter did not even take off, because the rotor could not reach full speed!

The dust problem is not new, the wind will deposit sand and dust naturally as in any desert, and can even completely cripple a ground electric powered platform, such as the U.S. Mars Insight lander.

▲ The U.S. Mars Insight lander has dust over it's solar panels and is going to die if the batteries are not recharged. 14 Apr 2021[archive.ph]
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Conclusion, on Earth the electric powered military combat platforms are not immune to the dust and weather problem.

That is why the U.S. military Starlink orbital array is the game changer that allows entire armies of robotic platforms to be recharged from LEO 24/7, independently from the sun light, by using microwave instead. Thus unlocking the all-weather remote recharging.

6.1.3.2.2.3. U.S. Micro Remotely Piloted Aircraft (MRPA)

Remotely piloted aircraft (RPA)— ICAO explains this term in Annex 2, Rules of the Air, as: "An unmanned aircraft which is piloted from a remote pilot station".

The undeniable advantage of all-weather remote recharging of batteries with microwave energy instead of visible light through solar panels can be unlocked by the U.S. Starlink orbital array for the first time in military history.

To illustrate this game changing technology, let us examine the new era of Micro Air Vehicles (MAVs) warfare.

Characteristics Of The Black Hornet Nano

The Black Hornet Nano is a military micro unmanned aerial vehicle (UAV) developed by Prox Dynamics AS of Norway, and in use by the armed forces of the United States, France, the United Kingdom, Germany, Australia, Turkey, Norway, the Netherlands and India.[1]

The unit measures around 10 × 2.5 cm (4 × 1 in) and provides troops on the ground with local situational awareness. They are small enough to fit in one hand and weigh just over half an ounce (18 g, including batteries).[2]

The UAV is equipped with a camera, which gives the operator full-motion video and still images. They were developed as part of a £20 million contract for 160 units with Marlborough Communications Ltd.[3][4][5]

An operator can be trained to operate the Black Hornet in as little as 20 minutes. The air vehicle has three cameras; one looking forward, one looking straight down, and one pointing downward at 45 degrees. A Black Hornet package contains two helicopters, and since a 90% charge is reached in 20-25 minutes, the same as its hovering time, when one needs to be recharged the other is ready to fly.[6] Top speed is 13 mph (21 km/h).[7]

In October 2014, Prox Dynamics unveiled a version of its PD-100 Black Hornet with night vision capabilities, fitted with both long-wave infrared and day video sensors that can transmit video streams or high-resolution still images via a digital data-link with a 1 mi (1.6 km) range. Over 3,000 Black Hornets had been delivered to date.[8]

https://www.youtube.com/watch?v=BDhqAArqh20
▲ Micro UAS Black Hornet PD 100 PRS
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Oct 29, 2014

The PD-100 is the first airborne and commercially available Personal Reconnaissance System. It provides end users with a highly mobile sensor system providing an immediate Intelligence, Surveillance and Reconnaissance capability.

Black Hornet nano air vehicles

The Black Hornet nano air vehicles are inherently safe and pose virtually no risk to other air vehicles or personnel, allowing the system to be operated almost anywhere at any time without prior airspace coordination. The Black Hornet’s small size and electric motors makes it virtually inaudible and invisible beyond short distances.

- Rotor span 120 mm
- Mass 18 g including cameras
- Maximum speed 5 m/s
- Endurance up to 25 minutes
- Digital data link beyond 1500 m line-of-sight
- GPS navigation or visual navigation through video
- Autopilot with autonomous and directed modes
- Hover & Stare, preplanned routes
- Steerable EO cameras (pan/yaw and tilt)
- Live video and snapshot images

Missions

- Search and rescue
- Reconnaissance in confined areas
- Look behind, between and below obstacles
- Birds eye view for situational awareness
- Object identification
- Proximity surveillance
- Crowd control
- Inspect nuclear installations
- Check chemical plants after incidents and accidents

Benefits

- Transportable – complete system fits inside a pocket
- Ready to fly – airborne within one minute
- Fly it anywhere – in confined areas and outdoors
- Stealth – small and inaudible
- Easy to operate – requires little training and no pilot experience
- Safe – represents no risks to other aircraft or personell
- Affordable – reusable or expendable

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▲ The Black Hornet Nano is a military micro unmanned aerial vehicle (UAV).[archive.ph]
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https://www.youtube.com/watch?v=z78mgfKprdg
▲ U.S. Air Force Micro Air Vehicles; Dec 29, 2015
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Are the spy bug mini-drones in Eye in the Sky based on real devices? Are there real devices like these?

According to the USAF, Micro Air Vehicles (MAVs), combined with the ability to harvest energy, will enable insect-sized drone swarms to be dropped from military aircraft to stay aloft for a prolonged amount of time, offering a host of functions, including assassination.

The Fast Lightweight Autonomy (FLA) program will explore non-traditional perception and autonomy methods that enable new classes of minimalistic algorithms for high-speed navigation in cluttered environments. Through this exploration, the program will develop and demonstrate the capability for small and fast unmanned air vehicles (UAVs) to fly autonomously through complex, cluttered environments. The FLA program focuses on autonomy algorithms and software specifically on sensing, perception, planning, and control rather than on the flight hardware platform.

Most of the technologies employed in the film narrative have some basis in reality, though many are still in very early stages, or proof-of-concept, and remain far from the reliable and useful technologies depicted in the film.

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Videomancy: Eye in the Sky (2015), the battery died

▲ Beetle shaped Micro Remotely Piloted Aircraft (MRPA) as depicted in the U.S. movie Eye in the Sky (2015).[archive.ph]
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▲ Beetle shaped Micro Remotely Piloted Aircraft (MRPA) as depicted in the U.S. movie Eye in the Sky (2015).[archive.ph]
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▲ Beetle shaped Micro Remotely Piloted Aircraft (MRPA) as depicted in the U.S. movie Eye in the Sky (2015).[archive.ph]
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▲ Beetle shaped Micro Remotely Piloted Aircraft (MRPA) as depicted in the U.S. movie Eye in the Sky (2015).[archive.ph]
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▲ Beetle shaped Micro Remotely Piloted Aircraft (MRPA) as depicted in the U.S. movie Eye in the Sky (2015): "the battery died".[archive.ph]
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We see that it takes 20-25 minutes to reached a 90% charge that is the same as its hovering time (Black Hornet MAV).

Moreover, the operator must be within close range at less than 2 km in order to maintain a data link.

That is why the U.S. military Starlink orbital array is the game changer that allows entire armies of stealthy insectoids Micro Air Vehicles (MAVs) platforms to be recharged from LEO 24/7, independently from the sun light, by using microwave.

Furthermore, data link is assured with a worldwide operational range. Operators could be stationed in the U.S. mainland, or even be replaced by Big Data A.I. sentient Exascale quantum supercomputer based in the U.S.

This allows sneaky infiltrations, assassinations and attack operations worldwide, even inside the most secured facilities including underground ones.

To make things even worse, the stealthiness of these Micro Air Vehicles (MAVs) is even increased with the use of cyborg insects.

These are basically zombie platforms, from real insects mind-controlled with brain implants.

The least detectable, the most dangerous.

Remote Controlled Bug-Bots Could be First Responders of the Future

Scientists studying how beetles steer themselves in flight gather research that may have implications far beyond understanding bug biology

March 17, 2015

A team of researchers from University of California Berkley and Singapore's Nanyang Technological University had a seemingly simple goal—they wanted to better understand how beetles steer their bodies while in flight. But they ended up with a much more futuristic result, as they outline in a study published in Current Biology. Not only did they get a better grasp of insect biology, but they ended up with cyborg bugs whose movements can now be precisely directed via remote control.

Previous studies have evaluated beetles’ flight mechanics primarily when the insect was tethered, which likely interfered with its natural motions. But recent advancements in computer and communication technologies have allowed scientists to use "ultra-small, radio-enabled neuromuscular recorders and stimulators"—tiny electronics—to monitor beetles’ biology in unrestricted flight.

The research team’s investigation zeroed in on a tiny muscle that was once assumed to simply help open and close the bug’s wing: they suspected it played a role in directing minute movements in flight. To get a better idea of just how that muscle functioned, they outfitted giant flower beetles with a mini-electronic system.

The advancement means we may be closer than ever to using the technology for something beyond the lab. The researchers “hope steerable beetles like this could someday be used in rescue operations where flying through narrow places would be too dangerous for humans,” writes Atherton. It’s already been proposed that computer-connected cockroaches perform the same kind of work.

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Can Russia and Iran screen all incoming birds, beetles and flies?

6.1.3.2.2.4. Starlink And U.S. Allies

Worse for Iran and Russia. The U.S. military will not be the only user of Starlink WMD.

Like the U.S. military space-based Global Positioning System, it will be made available in supporting allied nations' military, such as Israel, Five Eyes, QUAD and NATO.

Below is a video presenting an enemy ground military campaign covered by airborne and ground laser CIWIs.

Laser are simply too limited by their high consumption of electric power to be made mobile, restricting its use to ground facilities, unless fitted aboard large nuclear powered aircraft carriers or cruisers.

But Starlink is the missing link and game changer that prevented until now the field deployment of laser units for combat operations during the Cold War.

Its unique capability to recharge 24/7 remotely from LEO has unlocked the era of large robotic armies and laser units.

Laser | A breakthrough in the development of a powerful laser

Sometimes promotional videos for overseas customers reveal what can not be said here: Elbit's Hermes 900 UAV with laser interception system.

▲ Elbit's Hermes 900 UAV with laser interception system.· Apr 10, 2021 [archive.is]
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https://www.youtube.com/watch?v=F71NfmeXlQ0
▲ Video: 3min04s; Jan 8, 2020
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Indeed, the U.S. allies are already light years ahead, frantically building up in this field.

Imagine the same video sequence of a platoon but with humans replaced by 100% robotic vehicles, and robotic infantry, all armed with defensive lasers, covered by robotic laser UAVs, and on top of that all connected, controlled and remotely recharged from LEO by the U.S. Starlink orbital array!

6.1.3.2.2.4.1. Starlink And BVLOS USV

The ability to pilot aerial, land and naval drones Beyond the Visual Line of Sight (BVLOS) represents the next step in unmanned drone warfare offered to the U.S. Allies' Starlink operators.

Ukraine’s New Weapon To Strike Russian Navy In Sevastopol

21 Sep 2022

A previously unreported drone boat, known as a USV (uncrewed surface vessel), appears to have slipped past Russian Navy patrols. The device was found on a beach close to the major Russian Navy base of Sevastopol in Crimea.
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The bespoke vessel is small but purposeful. It is powered by a single motor, mounted inboard, driving a steerable waterjet. This suggests relatively high performance, it is made for speed. And such a small vessel, about the size of a kayak, would likely have a very small radar signature.

There are a number of sensors along the top. The main one is a mast mounted camera and forward looking infrared (FLIR) type device. This is likely the main sensor for steering and situational awareness. There is a flat antenna behind the camera, possibly for navigation and/or communication.

There is a smaller camera or sensor at the bow which appears to be fixed forward. There are two forward facing sensors in the bow.

Possible Role: Explosive Boat

Photos do not show the interior of the device. Its curved shaping, with external reinforcing, suggests a warhead. Possibly an air launched bomb or artillery shell, pointing forward and possibly slanted downwards.

Going further, a theory is that this device is designed to ram another vessel and detonate, like a modern interpretation of an explosive boat. This also explains the cluster of sensors at the bow.

Explosive boats are not new, and they have occasionally had great successes. This design, if that’s what this is, seems inherently sensible. They were pioneered by the Italians in World War Two and are still used today. Most recently, in the Red Sea, the Iranian backed Houthi Movement has used remote controlled ones with some effect.

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Oct 29, 2022

Starlink earth-station-in-motion ESIM type VSAT phased array antenna made the strikes on Sevastopol possible.

These _large_ vessels could be remotely piloted thanks to sat internet. BVLOS.

▲ Visual confirmation of Explosive Uncrewed Surface vessel (USV) attacking Russian navy at Sevastopol, Crimea, 27 October 2022.[web.archive.org]
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Ukrainian long range USV would be able to strike Russia's Navy based in Crimea, controlled with a simple handheld mobile phone from a kindergarten in Kiev.

And because in the 2022 Ukrainian Escalation War targeting directly the Russian naval fleet in Crimea goes against the rules of engagement (ROE) of NATO, a move that could possibly provoke a Russian nuclear retaliation, SpaceX has simply blocked all signals beyond the Ukrainian Theatre of Operations.

September 7, 2023

Elon Musk secretly ordered his engineers to turn off his company’s Starlink satellite communications network near the Crimean coast last year to disrupt a Ukrainian sneak attack on the Russian naval fleet, according to an excerpt adapted from Walter Isaacson’s new biography of the eccentric billionaire titled “Elon Musk.”

As Ukrainian submarine drones strapped with explosives approached the Russian fleet, they “lost connectivity and washed ashore harmlessly,” Isaacson writes.

Musk’s decision, which left Ukrainian officials begging him to turn the satellites back on, was driven by an acute fear that Russia would respond to a Ukrainian attack on Crimea with nuclear weapons, a fear driven home by Musk’s conversations with senior Russian officials, according to Isaacson, whose new book is set to be released by Simon & Schuster on September 12.
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Musk was soon on the phone with President Joe Biden’s national security adviser, Jake Sullivan, the chairman of the joint chiefs, Gen. Mark Milley, and the Russian ambassador to the US to address anxieties from Washington, DC, to Moscow, writes Isaacson.

Meanwhile, Mykhailo Fedorov, a deputy prime minister of Ukraine, was pleading with Musk to restore connectivity for the submarine drones by telling Musk about their capabilities in a text message, according to Isaacson. “I just want you—the person who is changing the world through technology—to know this,” Fedorov told Musk.

Musk, the CEO of electric carmaker Tesla and private space exploration firm SpaceX, replied that he was impressed with the design of the submarine drones but that he wouldn’t turn satellite coverage back on for Crimea because Ukraine “is now going too far and inviting strategic defeat,” according to Isaacson.
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Last week, the US and its “Five Eyes” allies accused Russian hackers of targeting Ukrainian commanders’ battlefield communications. The Russians’ malicious code was designed to intercept data sent to Starlink satellites, according to the Ukrainians.

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6.1.3.2.2.4.2. Starlink And Ballistic Missile, BVLOS UAV

The ability to pilot aerial, land and naval drones Beyond the Visual Line of Sight (BVLOS) represents the next step in unmanned drone warfare offered to the U.S. Allies' Starlink operators.

Ukrainian long range UAVs would be able to strike Moscow's Russian Ministry of Defense controlled with a simple handheld mobile phone from a kindergarten in Kiev.

And because in the 2022 Ukrainian Escalation War targeting directly Moscow goes against the rules of engagement (ROE) of NATO, a move that could possibly provoke a Russian nuclear retaliation, SpaceX has simply blocked all signals beyond the Ukrainian Theatre of Operations.

SpaceX admits blocking Ukrainian troops from using satellite technology

February 9, 2023

The president of SpaceX revealed the company has taken active steps to prevent Ukrainian forces from using the critical Starlink satellite technology with Ukrainian drones that are a key component of their fight against Russia.

“There are things that we can do to limit their ability to do that,” Gwynne Shotwell told reporters on Wednesday, referencing reports on Starlink and drone use. “There are things that we can do, and have done.”

Starlink was never meant to be used militarily in the way that it has, Shotwell argued, saying the company didn’t foresee how profoundly – and creatively – Ukrainian forces would rely on the technology.

“It was never intended to be weaponized,” Shotwell told an audience at a space conference. “However, Ukrainians have leveraged it in ways that were unintentional and not part of any agreement.”

Shotwell’s admission that SpaceX, which was founded by Elon Musk, has prevented Ukrainian soldiers from fully using the technology confirms the long-standing belief that Musk and the company are uneasy with Ukraine’s military use of Starlink.

Speaking with reporters after, Shotwell argued that Starlink had sent units to Ukraine to “keep the banks going, hospitals, keep families connected.”

“We know the military is using them for comms, and that’s OK,” Shotwell added. “But our intent was never to have them use it for offensive purposes.”

Last October, Musk angered Ukrainians, including President Volodymyr Zelensky, for proposing a peace plan on Twitter that argued Ukraine just give up efforts to reclaim Crimea and cede control of the Luhansk and Donetsk regions.
That same month, there were reports that the Starlink signal had been restricted and was not available past the front line as Ukrainian troops tried to advance, essentially hamstringing their efforts to retake territory from the Russians. Those reports of the outages fueled accusations that Musk was kowtowing to Russia.

“That has affected every effort of the Ukrainians to push past that front,” a person familiar with the outages told CNN in October. “Starlink is the main way units on the battlefield have to communicate.”
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SpaceX had never envisioned that Starlink would be used in Ukraine the way it has been, Shotwell said, echoing coverage and accounts of Ukrainian troops’ ingenuity on the battlefield.

“Honestly,” she said, “I don’t even think we thought about it. You know, it could be used that way? We didn’t think about it. I didn’t think about it. Our Starlink team may have, I don’t know. But we’ve learned pretty quickly.”

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6.1.3.2.3. U.S. Counter-insurgency Warfare

Videoludomancy

Videoludomancy is the science of finding clues pertaining to the Matrix through the study of video games.

The Self-Aware Colony Secret Project[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph] in the 1999 Sid Meier's Alpha Centauri[web.archive.org]2[archive.ph] video game, is among the first pop culture depiction of the then coming totalitarian all-surveillance police state unlocked by Starlink related technologies.

This Secret Poject would provide as benefit the equivalent of an extra police force to every cities, greatly improving the preventive crackdown capacity of any potential dissenter.

Although no details were provided on the hardware, it nonetheless allowed one to guess that what is needed to make a city really 'Self-Aware' would be the addition of multiple type of sensors and by the billions, all connected to a central A.I., similar to a biological organism, including microphones, visual, infrared, microwave and terahertz band cameras, magnetic, electric, thermal, seismic, chemical and radiological sensors.

The same year, released within weeks appart, another video game has preannounced the coming totalitarian all-surveillance police state unlocked by Starlink related technologies:

Videoludomancy

Civilization: Call to Power[web.archive.org]2[archive.ph] is a PC turn-based strategy game developed by Activision as a successor to the extremely successful Civilization computer game by Sid Meier, released on March 1999.

Security Monitor

Security Monitor is a city improvement. It reduces crime by 50% and pollution by 100%, and increases production by 25%. Through the observation and recording of all public life.

Capable of recognizing any citizen at several hundred yards, the Monitor ended the concept of privacy in the name of public safety. 1[web.archive.org]2[archive.ph]

If listening a hundred words are not worth a look[web.archive.org]2[archive.ph], then it is even more true that watching a thousand image frames are not worth a good computer simulation game.

For this purpose, here a sneak peek at a future Modification (MOD) based on the counter-insurgency simulator video game 2019 Rebel Inc: Escalation[web.archive.org]2[archive.ph] from Ndemic Creations[web.archive.org]2[archive.ph], the same developer of the famous 2016 pandemic simulator called Plague Inc: Evolved[web.archive.org]2[archive.ph].

The MOD will not be be made available before the alpha version of the game is released, with modding tools and dedicated upload sections on steam. This means at least after several more updates and DLCs from the current unpolished beta version.

“百闻不如一见,百见不如一玩”。
Listening a hundred words are not worth a look, A hundred looks are not worth a simulation game.
- Neo-Chinese proverb

Base Stations and Starlink MOD V1.0 (6 JUNE 2020)

Ideas and Feedback:

To the Ndemic Creations game developer, after several run with the game REBEL INC: ESCALATION, an Afghanistan pacification simulator (read counter-insurgency) quite unique in its kind, it was with great regret to see that the modelization totally overlooked the cellphone 3G/4G base stations' obvious eavesdropping function.

This MOD proposes to fix it, bringing the pacification of war-torn regions to a new higher stage. In a nutshell, a real game ender. Literally.

Starlink COVID-19 MOD V1.0a (9th JUNE 2020)

Small update, fusioning this 2019 counter-insurgency simulator Rebel Inc: Escalation[web.archive.org]2[archive.ph] with the previous 2016 pandemic simulator Plague Inc: Evolved[web.archive.org]2[archive.ph], both from the same developer Ndemic Creations[web.archive.org]2[archive.ph].

Adding COVID-19 as a powerful game ender in modern 21th century counter-insurgency warfare.

Infrastructure Discussions:[web.archive.org]2[archive.ph]

Telecoms 1

Description: Establish infrastructure to provide 3g networks and basic internet services.

Effect: Significantly increases Support Level. Becomes significantly more effective as completed in more zones.
Military effect: Provides 33% eavesdropping capacity in urban area. Insurgency activity -25% in urban area.

Telecoms 2 (Prerequisite: Telecoms 1)

Description: Expand upon telecommunication infrastructure to provide reliable internet access and 4g coverage.

Effect: Significantly increases Support Level. Becomes significantly more effective as complete in more zones.
Military effect: Provides 66% eavesdropping capacity in urban area. Insurgency activity -50% in urban area.

Telecoms 3 (Prerequisite: Telecoms 2)

Description: Expand upon telecommunication infrastructure to provide reliable internet access and 5g coverage.

Effect: Significantly increases Support Level. Becomes significantly more effective as complete in more zones.
Military effect: Provides 100% eavesdropping capacity in urban area. Insurgency activity -100% in urban area.

Starlink 1 (Prerequisite: Telecoms 3)

Description: Add 12'000 Starlink satellites. Expand upon telecommunication infrastructure to provide reliable internet access and 5g coverage in remote area.

Effect: Significantly increases Support Level. Becomes significantly more effective as complete in more orbital shells.
Military effect: Provides 50% eavesdropping capacity in rural area. Insurgency activity -50% in rural area.


Starlink 2 (Prerequisite: Starlink 1)

Description: Add 15'000 Starlink satellites. Expand upon telecommunication infrastructure to provide reliable internet access and 5g coverage in remote area.

Effect: Significantly increases Support Level. Becomes significantly more effective as complete in more orbital shells.
Military effect: Provides 100% eavesdropping capacity in rural area, 50% eavesdropping capacity in remote area (mountains, deserts). Insurgency activity -100% in rural area, -50% in remote area.

Starlink 3 (Prerequisite: Starlink 2)

Description: Add 15'000 Starlink satellites. Expand upon telecommunication infrastructure to provide reliable internet access and 5g coverage in remote area.

Effect: Significantly increases Support Level. Becomes significantly more effective as complete in more orbital shells.
Military effect: Provides 100% eavesdropping capacity in remote area (mountains, deserts), add cumulative 50% eavesdropping capacity in dense forests. Insurgency activity -100% in remote area, add cumulative -50% in dense forests.


COVID-19 I (Prerequisite: Starlink 1)

Description: Unleashes a powerful pandemic outbreak. The best cover for increasing state control on private communications and restricting individual freedom of movements.

Effect: Nationwide lockdown, temporary effect can only last up to 6 months. Significantly decreases economic income. Significantly decreases Support Level.
Military effect: Provides 100% eavesdropping capacity in urban area, 50% eavesdropping capacity in rural area, 25% eavesdropping capacity in remote area (mountains, deserts). Insurgency activity -100% in urban area, -75% in rural area, -50% in remote area (mountains, deserts).


COVID-19 II (Prerequisite: COVID-19 I)

Description: Post-pandemic measures. The best cover for cementing the increased monolithic state control on private communications and movements.

Effect: Mandatory tracing apps for all cellphones. Mandatory individual QR code for entering any building, facility and highway. Significantly increases Support Level. Effect last for ever.
Military effect: Provides 100% eavesdropping capacity in urban area, 100% eavesdropping capacity in rural area, 100% eavesdropping capacity in remote area (mountains, deserts), add cumulative 50% eavesdropping capacity in dense forests. Insurgency activity -100% in urban area, -100% in rural area, -100% in remote area (mountains, deserts), add cumulative -50% in dense forests.

▲ Civilian initiatives. With new Telecoms 3, Starlink 1, Starlink 2, Starlink 3, COVID-19 I and COVID-19 II.[archive.is]
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6.1.3.2.4. Color Revolutions

Color Revolution 1.0

Make no mistake, even adversary powers of the U.S. such as Iran were already fooled once back in 2011, to the point of even actively support, promote and legitimize the Color Revolution concocted by the C.I.A. marketed as Arab Spring, otherwise known as Jasmin Revolution.

Naively, Iran rebranded for its own convenience the movement as Islamic Awakening to its domestic and international audience, foolishly thinking that the Arab masses would overthrow those regional regimes deemed hostile to Tehran.

A decade later, at the time of debriefing, it is obvious that none of the monarchies of the Persian Gulf have been overthrown, while only regional opponents of the U.S. and Russian-leaning regimes have been ruined into oblivion and reset to the pre-industrial age, as promised and preannounced at the start of the 911 wars campaign back in 2001.

The primary tool for this tremendously successful new type of warfare where the newly introduced cutting-edge information-era weapons: social media.

So new that no regimes could suspect the real threat and the scope posed by these digital weapons of mass destruction.

These targeted regimes were never really able to assess, let alone properly counter the social media warfare. Only the total blocking of internet by shutting down all ground wireless connections could have saved them.

Propaganda, recruitment of operatives, financing, and even real-time instructions that were directly forwarded from the C.I.A. to the rebelling Arab masses have been made easier than ever before in human history with the used of the online social media.


Therefore wasting their lives in these Hunger Games, modern time Gladiator Roman Games, as a tv reality show intended to distract the world's people from the only real threat, instead of fighting the true enemy: the Dystopian Empire and his number one henchman Elon Musk.

▲ In the scorching hot sun, Mandalay did HUNGER GAMES in motorcycle to distract the world's people. 11:03 AM - 17 Mar 2021. [archive.ph]
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Same as fighting the plague of internet trolls: don't feed them.

To pull the rug out from under the Milk Tea Alliance, just don't allow them to broadcast their Hunger Games reality show!

▲ The end of the Hunger Game reality show: In Tachileik City, fiber internet which is connected from Thailand has been cut off. 10:44 AM - 17 Mar 2021.[archive.ph]
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Color Revolution 2.0

As of June 2022, Starlink with its current 5 orbital shells made of more than 2'400 LEO platforms has already reached a deadly level of offensive capabilities. 1[web.archive.org]2[archive.ph]

Color Revolutions will soon be able to spread from outer space all over the globe even faster than any COVID and Monkeypox strain pandemic all put together and with increased virulence.

Meanwhile low IQs rioters instead of uprising for the world people's freedom against the build up of this totalitarian world order concocted by Elon Musk's masters, these pathetic fools are throwing themselves into the lion's mouth, by calling the Dystopian Empire's STARLINK as their savior!

▲ Pathetic fools are throwing themselves into the lion's mouth, by calling the Dystopian Empire's STARLINK as their savior! 17 Mar 2021.[archive.ph]
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6.1.3.2.5. Physiological Effects of Microwave Energy Attacks

6.1.3.2.5.1. Physiological Effects of low-level microwave energy attacks

This weapon system is so versatile that few have completely realized its full scope:

•For offensive covert active operation, the lower intensity microwave beams can be directed against biological targets, causing cancerous tissues that could later metastases, and ending with a death looking natural. But this mode requires a long 'treatment' period.

Today, since the deployment of Starlink can no longer be kept secret to the world masses, even main stream Western media are starting to publish on the topic, previously only limited to academic circles or marginal obscure conspiracy internet websites.

But once again, and as always according to the Cold War's dirty trick old play book, this is done by using projection, following the long list of past and current blame games such as genocide, human right abuse, invasions, pollution, COVID-19, etc.

And instead of confessing one's own guilt, it is intended to smear the opponents. In this case the blame is shifted on the convenient Cuban and Russian boogeymen, mainly.

Indeed, this reminds one of a thief crying 'Stop the thief!'

From the most circulated U.S.' C.N.N. news network, it is claimed that, the effects of non-lethal level military microwaves strike on humans include:

experiencing unexplained symptoms, including headache, difficulty reading, irritability, as well as memory and sleep problems.

Among the MRI findings: 20 brain regions with "abnormally low" volumes, including regions involved in memory, emotional regulation and motor skills that may correlate with Lenzi's symptoms, doctors said. Of the 107 regions they looked at, they also found three that had bigger volumes.
Researchers said the parts of the brain with low volume may reflect brain injury, and those with high volumes could be evidence that other parts of his brain have compensated.

'Sonic attacks' suffered by US diplomats likely caused by microwave energy, government study says[web.archive.org]
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And also:

a varying set of complaints that includes ear popping, vertigo, pounding headaches and nausea, sometimes accompanied by an unidentified "piercing directional noise."

US investigating possible mysterious directed energy attack near White House[web.archive.org]
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Sounds familiar? Indeed that are some of the old Frey Effect's ailments listed on the wikipedia pages.

There is no doubt, CNN is only doing its part in this reckless saber-rattling threatening the U.S.' opponents, the way the Wikileaks did previously.

As these dirty secrets are too unlawful and outrageous to be revealed by the White House or Pentagon themselves. They need to be disclosed by a convenient anonymous source's middleman, in this case Wikipedia, Wikileaks, Snowden and now CNN.

▲ Type of headaches induced by microwaves.[archive.ph]
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6.1.3.2.5.1.1. Active Denial System

The U.S. military is known to have deployed in 2010 such a non-lethal directed-energy weapon in Afghanistan, the Raytheon's Active Denial System (ADS) also called the heat ray since it works by heating the surface of targets, such as the skin of targeted human beings. 1[web.archive.org]2[archive.ph]

The ADS was only a vehicle-mounted weapon, firing a high-powered 100 kW output power beam of 95 GHz waves at a target, which corresponds to a wavelength of 3.2 mm. The ADS millimeter wave energy works on a principle similar to a microwave oven, exciting the water and fat molecules in the skin, and instantly heating them via dielectric heating. One significant difference is that a microwave oven uses the much lower frequency (and longer wavelength) of 2.45 GHz. The short millimeter waves used in ADS only penetrate the top layers of skin, with most of the energy being absorbed within 0.4 mm, whereas microwaves will penetrate into human tissue about 17 mm.

Most human test subjects reached their pain threshold within 3 seconds, and none could endure more than 5 seconds. 1[web.archive.org]2[archive.ph]

But the Extremely high frequency (EHF) 95 GHz radio waves in this band have high atmospheric attenuation: they are absorbed by the gases in the atmosphere. Therefore, they have a short range and can only be used for terrestrial communication for distances up to about a kilometer.

Unlike the Starlink's Super high frequency (SHF) 10.7 to 12.7 gigahertz band that allows beam of directed energy from 500 km altitude Low Earth Orbit to conveniently strike ground targets.

6.1.3.2.5.2. Physiological Effects of high-level microwave energy attacks

•For offensive covert active operation, the microwave beams can kill instantly with the high intensity output. Similar to a sniper strike.

•For offensive overt active operation, during a full scale war, where secrecy is no longer required, massive attacks are possible, with large use of the beam steering and beam forming mode, entire infantry divisions could be wiped out in a matter of minutes.

Videoludomancy

Videoludomancy is the science of finding clues pertaining to the Matrix through the study of video games.

The Microwave Tank[web.archive.org]2[archive.ph] in the 2003 Command & Conquer: Generals[web.archive.org]2[archive.ph] video game, is one of a few pop culture depiction of the U.S. Active Denial System.

By focusing a microwave beam on enemy buildings the Microwave Tank can disable them. Using the same technique it can also clear buildings garrisoned by the enemy. When on the move it generates a microwave field, burning enemy infantry in the vicinity.

Cases of unexplained physical ailments caused by directed energy attack will only increase in Iran and elsewhere with each additional Starlink mission launched.

With this silver bullet, even car accidents resulting in the death of the passengers could be on the increase, as well as any other type of accidents including air crash.

One can never remain a passive onlooker, for the situation has already reached the CODE RED level, not to mention that by 2027 it will be way too late!

6.1.3.2.6. U.S. God Eye's View

To disable the Fog of War, or the uncertainty in situational awareness experienced by participants in military operations, means Starlink will be able to achieve the God's Eye view capability. In addition to map the entire world, every building, human and machine in 3D at a millimetric level resolution, with added RGBI textures from ground cameras, it will be able to hear and decrypt every speech and sound, and monitor the electromagnetic activities of every electronic devices and machines, and this all in real-time.

The use of microwave band imagery of the Earth allows the Starlink array to operate 24/7 and by all weather, like SAR satellites.

Microwaves from the Low Earth Orbit platform's phased array antennas can easily penetrate buildings like normal terrestrial cellphone towers, thus providing real-time 3D high-resolution imagery of all human activities, with worldwide coverage.

Requirements to penetrate any building

As you can see, the requirements to penetrate any building would be 30dBi of power, 1,200 spot beams and 50 sq meter array, which will be dwarfed by a full production BlueBird satellite with at least +40dBi of power, +2,800 spot beams (low band) and a 450 sq meter array

▲ Requirements to penetrate any building would be 30dBi of power, 1,200 spot beams and 50 sq meter antenna array. · Sep 14, 2022[web.archive.org]
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The resolution is increased to unprecedented level, possibly millimetric but this is obviously classified military secret, by operating all the thousands of antennas positioned over the horizon of any targeted ground location, in synthetic aperture mode, forming a thousands of kilometers baseline.

From an average 500 km altitude orbit, the baseline from horizon to horizon would reach 6000 km. Meanwhile the useful baseline would be much smaller, with local elevation above several tens of degrees above horizon, but still being several orders of magnitude higher compared to any previous conventional SAR sats.

▲ Notional U.S. Starlink array's synthetic aperture baseline from horizon to horizon would reach 6000 km, with an average 500 km altitude orbit.[web.archive.org]
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Activities of machineries, vehicles, vessels, electric appliances, pipes and cables, can all be quantified with high accuracy.

Facial-recognition, body-recognition, gait-recognition, prosthetic-recognition and tattoo-recognition, allows to identify each human individually. Done in real-time, this operation requires tremendous data processing capacity and biometric data base for over 10 billions humans, domestic animals and soon robots, only possible with Big Data A.I. Exascale Quantum Computers.

To increase the identification success rate and speed, data from facial-recognition, body-recognition, tattoo-recognition and gait-recognition, will be crosschecked with data obtained from all land-based cellphone phased array antennas, and also digital cameras, microphones and other sensors.

Security CCTVs, street cams, smart lamp posts, dashcams, sensors on Tesla cars, ATMs, smartphones having been previously introduced under the clumsy cover of the 911 Wars as Trojan horses, since 2001 over the last 2 decades.

Zero Contact 2022[web.archive.org]2[archive.ph] is a Hollywood movie starring Lilly Krug, and depicting the world as viewed by a remote operator using entirely existing civilian ground camera networks from smartphones to security CCTVs.

Land based moving cameras contributes to feed the Starlink World Wide Orbital Web, with the number reaching eight cameras and covering a 360 degrees of visibility at up to 250 meters of range for each Tesla car, and that would put any spider to shame.

Tesla is spying?…Stop the cars and destroy the satellites

June 24, 2022

Stop Tesla!

At the site of the visit of Chinese President Xi Jinping and at the meeting of the Communist Party’s supreme leadership, Chinese authorities have blocked the passage of Tesla vehicles.

A camera on a Tesla vehicle can collect state secrets and send them to the United States.

Some even argue that the satellite Internet system run by Elon Musk should be destroyed.

Correspondent Lee Hae-in from Beijing covered the story.

A road in Chengdu, Sichuan Province, China.

The traffic police select a specific vehicle and block it from entering the overpass.

The first car, the second car, and the third car are all Teslas.

A post was also posted on social media saying that Tesla could not enter Chengdu at all on that day.

On the 9th, around the time this video was filmed, President Xi Jinping was scheduled to visit Chengdu.

“On the morning of the 9th, President Xi Jinping visited a military base in Chengdu and met with senior officials above the rank of colonel.”

Tesla cars were also banned from entering the Beidaihe area near Beijing for two months from the 1st of next month.

Here, a secret meeting of the Chinese supreme leadership is held every summer here, and this year, especially, ahead of the fall Communist Party Congress, which will determine President Xi Jinping’s third consecutive term.

This action by the Chinese authorities is because they believe Tesla vehicles can act as a ‘spy’ for hostile forces.

Eight cameras installed in Tesla vehicles collect videos necessary for autonomous driving while running, but these videos can be leaked and used for misuse.

It’s not just vehicles.

Tesla founder Elon Musk’s satellite internet service ‘Starlink’.

There are currently 2400 satellites, and 42,000 satellites are expected to orbit the Earth over the next decade.

Inside the Chinese military, they are arguing that the satellites should be destroyed, discussing the possibility that these satellites will be used for Chinese surveillance.

Last year, China also restricted the use of Teslas to military personnel and state-owned employees and banned them from entering military facilities.

“If Tesla is using vehicles to spy in China or elsewhere, we will be shut down.”

China accounts for a quarter of Tesla’s worldwide sales.

As tensions between the U.S. and China grow, concerns about Tesla’s growth base are proportional.

This is Lee Hae-in from MBC News in Beijing.

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And of course, the cameras of each Tesla car will not even stop when the car is parked, and will continue to operate like any conventional surveillance street cam to feed 24/7/369 the worldwide sentient super AI Skynet Matrix:

Sentry Mode enables your Tesla to monitor & record potential threats while parked · Jun 11, 2023

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Voiceprint recognition

Combining voiceprint recognition systems with facial recognition cameras will help identify targets faster.

Microphones collect audio within a 300-foot radius of cameras to build voice print databases. Analyzing what people say is a next step.

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▲ Does anyone else feels like their being watched? May 30, 2022·[archive.ph]
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6.1.3.2.6.1. Anti-Stealth, Hypersonic and Ballistic Missile Detection

Radar evading stealth platforms such as airplanes, naval vessels, and ground vehicles will no longer be able to evade detection from the Starlink array.

Indeed, even if all microwave energy were to be either absorbed or deflected by the stealth platforms, because of the swarm of a thousand of phased array antenna covering a broad angle over the target's zenith, the deflected energy would still be picked up by some Starlink satellites positioned sideway at a higher angle.

This is aggravated by the design of all current stealth platforms optimized to reduce their Radar Cross-Sections (RCS) when viewed by ground or air radars and not by space-based radars. Indeed, from space, the nadir RCS of stealth platforms are only slightly more stealthy than older generation platforms, due to the Radar-absorbing material (RAM) coating with no advantage of deflective angles.

While absorbed energy by a microwave-illuminated stealth platform would create a moving or static black silhouette against the more luminous natural background, and again give away the presence of the stealth platform, through A.I. motion recognition and contour recognition.

Ballistic missiles and hypersonic platforms are too big to ever evade detection from the Starlink orbital phased array antenna.

In addition, when evolving in space and crossing the ionosphere, ionospheric disturbances created by high-speed shock wave are also easily detected from ground global navigation satellite system (GNSS) augmentation networks.

Ionospheric disturbances caused by an HSP-17 ICBM launched from North Korea on 18th November 2022 were investigated by using the GPS total electron content (TEC). The spatial characteristic of the front edge of V-shaped disturbances produced by missiles and rockets was first determined.

▲ Ionospheric disturbances induced by a missile launched from North Korea on 18 November 2022.[web.archive.org]
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Key Points

• Clear V-shaped disturbance related to a missile was found in GPS TEC

• The disturbance propagated faster than acoustic wave

Introduction

At a rocket or space shuttle launch, acoustic waves are generated in the atmosphere and lower ionosphere [Fehr, 1967]. Donn et al. [1968] attributed the generation mechanism to either the disturbances created by the gaseous exhaust stream or the object's supersonic motion. Based on GPS Total Electron Content (TEC) observations, Calais and Minster [1996] found that the acoustic waves excited during the ascent of a space shuttle consist of a high-speed shock wave front and a series of low-speed oscillatory perturbations, and they explained the latter as guided waves that were excited by the shock front. Pulse-like shock fronts excited by rocket and space shuttle launches have also been reported based on observations using very long baseline interferometry [Li et al., 1994], Doppler sounders [Jacobson and Carlos, 1994], ionosondes [Arendt, 1971], and local GPS networks [Afraimovich et al., 2002]. These observations revealed acoustic waves characterized by horizontal velocities of 600–1670 m s−1 and periods ranging from tens of seconds to 10 min. A maximum propagation range of ~1500 km has been reported [Donn et al., 1968], although in the early days near-continuous observations of their full extent were not routinely obtained.

Recently, the two-dimensional (2-D) spatial variations of acoustic waves excited by ground-based sources such as earthquakes have been observed using densely distributed local GPS networks [Chen et al., 2011; Ogawa et al., 2012]. The wave structures that are excited by the supersonic movement of objects such as missiles and the Moon's shadow have also been analyzed [Liu et al., 2011; Kakinami et al., 2013]. Following the prediction by Chimonas and Hines [1970], that the movement of the Moon's shadow during a solar eclipse would excite a “bow wave” formed by acoustic gravity waves, Liu et al. [2011] used the densely packed local GPS networks of Japan, Taiwan, and the Republic of Korea to observe the acoustic waves generated during a total solar eclipse. They observed the fine structures of both bow and stern waves, which were believed to have been formed by acoustic waves with periods of 3–5 min and which traveled equatorward with a phase speed of ~1000 m s−1. Kakinami et al. [2013] used data from the same networks to analyze the ionospheric disturbances induced by a missile launch. They observed the front edge of V-shaped disturbances moving at a much higher speed than the speed of acoustic waves reported in previous studies.

In this study, we used GPS data organized by the Geographical Survey Institute of Japan (ftp:/terras.gsi.go.jp/), the Central Weather Bureau of Taiwan (http://gdms.cwb.gov.tw/index.php), and the National Geographic Information Institute of the Republic of Korea (http://www.ngii.go.kr/en/main/main.do?rbsIdx=1). All data were recorded every 30 s. The slant TEC was calculated using the phase difference of two L-band (f1 = 1575.42 MHz and f2 = 1227.60 MHz) carriers emitted from GPS satellites. To estimate the observation bias in the TEC, the method employed by Liu et al. [1996] and Kakinami et al. [2009] was used.

Links

In the spirit of OSINT, the code is also open-source (though can be a bit finicky to run) https://github.com/tylerni7/missile-tid
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The data for this test is from https://gsi.go.jp/ENGLISH/geonet

References

Ionospheric disturbances induced by a missile launched from North Korea on 12 December 2012
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Ionospheric response to the shock and acoustic waves excited by the launch of the Shenzhou 10 spacecraft
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Two additional options here, either Starlink is used to eavesdrop on the world's ground GNSS augmentation networks, to track ionospheric disturbances using GPS total electron content (TEC), or Starlink establishes its own web of thousands of radiowave connections from satellite to satellite, covering the ionosphere layer to be scanned.

In this case, the precise orbital coordinates of each Starlink satellites must imperatively be known, as well as the timing. Starlink's inter-satellite laser datalink can range with high accuracy.

This could be even better if it is confirmed that future Starlink V3.0 platforms were to be fitted with atomic clocks, needed for enabling Starlink to operate as GNSS.

6.1.3.2.6.2. Heartbeat Sensor Capability

Extraction (2020)[web.archive.org]1[archive.ph] is a videomancy 2020 Hollywood action thriller gun fu film starring Chris Hemsworth, Golshifteh Farahani, etc.

The film is about an Australian black ops mercenary whose mission to save an Indian drug lord's kidnapped son in Dhaka, Bangladesh goes awry when he is double-crossed.

His handler Nik Khan, can clearly see both the operatives and even unidentified enemies on a laptop screen in real time, during a gunfight in a Dhaka's wood.

This indicates that these foreign mercenaries have access to a global microwave imagery of the terrain, including boats on a river, and can discriminate human beings, be it friends or foes.

This is the closest thing to a hearbeat sensor[web.archive.org]2[archive.ph] as depicted in the 1998 Tom Clancy's Rainbow Six[web.archive.org]2[archive.ph] video game series.

But as the mercenaries are operating abroad in Bangladesh, a better and simpler explanation is that they gained access to the local cellular phone base stations network through a computer hack.

Indeed, ground-based cellular phased array antenna provide such microwave intelligence, similar to any orbital SAR satellites.

▲ Extraction (2020) videomancy: foreign mercenaries accessing global microwave imagery of the terrain, through a computer hack of the local cellular phone base stations network.[web.archive.org]
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Starlink can image human beings in 3D at a centimetric level or even less and through buildings or woods. The Heartbeat Sensor capability is only one supplemental way to discriminate organic human targets from humanoid robotic infantries.

6.1.3.2.6.3. Extremely Accurate Guidance Weapons

The most secretive U.S. AGM 114 Hellfire R9X is an example of extremely accurate guidance weapons.

May 9, 2019

Both the Central Intelligence Agency and the Pentagon have used the weapon while closely guarding its existence. A modified version of the well-known Hellfire missile, the weapon carries an inert warhead. Instead of exploding, it is designed to plunge more than 100 pounds of metal through the tops of cars and buildings to kill its target without harming individuals and property close by.

But this variant of the Hellfire missile, designated as the R9X, also comes equipped with a different kind of payload: a halo of six long blades that are stowed inside and then deploy through the skin of the missile seconds before impact to ensure that it shreds anything in its tracks.

The U.S. officials said extraordinarily accurate intelligence about a target’s location and surroundings are needed to use the weapon. But there is also an intelligence and cost benefit, they said.

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And here the central question: what sort of extremely accurate guidance is being used?

Dec 7, 2019

On the other hand, maybe new high definition optics and lasers and a very sensitive seeker head are being used to place the weapon more accurately using a traditional laser-guided weapon concept of delivery? Or maybe something else going on here. We just don't know. But considering the missile, which is roughly three and a half feet wide when its blades are extended, has perfectly nailed its target every time we know of and in the same exact spot, some sort of extremely accurate guidance is definitely being used.

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Look no further, as of 2019, only ground network of cellphone base stations could provide such level of real-time intelligence.

But by 2027, cellphone base station will no longer be needed at all, superseded by Starlink orbital network, and covering even mountainous, desertic and wooded regions.

6.1.3.2.6.4. Starshield

A genuine God Eye's View can not be limited to microwave frequencies only, although all-weather and building-penetrating capable, as it will provide no information on the chemical compositions, temperatures and other physical properties of the objects in the scene monitored.

These are provided by dedicated hyperspectral optical satellites, operating not on the sole RGB wavelengths but covering a much broader part of the electromagnetic spectrum. Hyperspectral data sets are generally composed of about 100 to 200 spectral bands of relatively narrow bandwidths (5-10 nm), whereas, multispectral data sets are usually composed of about 5 to 10 bands of relatively large bandwidths (70-400 nm).

This second phase was only officially disclosed on 2nd December 2022 by SpaceX, under the code-name of Starshield. 1[web.archive.org]2[archive.ph]

Masqueraded as 'Earth observation' satellites, this second layers of secured satellite network that also includes global comms will be controlled by the U.S. government only.

If it is to provide constant real-time surveillance of any point on Earth to the Pentagon as announced, then one should expect the number of Starshield satellites to be as huge as the Starlink network, in the order of several 10'000s.

6.1.3.2.7. U.S. Pyrohurricane WMD

Used to destroy entire nations, as first devised by the Empire of Japan back in 1944.

Initially meant to burn in one single bombing run over the U.S. continent, starting from Canada and heading southward, with the uses of the FUGOs stratospheric airships' directed energy rays, all forests, fields, wooden structures, warehouses, and industrial zones with anything flammable.

The ability to ignite everything that is flammable within a nation and all in under a few minutes, would cause the separate fires to finally merge and form a gigantic pyrohurricane.

The fire-triggered thunderstorms technically known as pyrocumulonimbus clouds, or “pyroCbs” would shoot black smoke and carbon high into the lower stratosphere, spewing noxious gases to the surviving inhabitants, killing civilian, military and all the livestock alike.

As an extension, though only a theoretical option, Starlink provides the U.S. military with a new form of Samson Option, superseding the defunct and obsolete nuclear Mutually Assured Destruction (MAD) of the Cold War era, with this time no risk of ballistic missile retaliatory strike from the adversary, at the only exception of China, the only other superpower with its own Star Wars deployed in space by 2030.

The ability of the U.S. military to treat all continents simultaneously would cause a game end. Humankind could be basically wiped out.

Not only for all adversaries (Russia, Iran, Cuba, Syria, etc) but also destroy most of the U.S. population with the ensuing certain anthropogenic doomsday winter, that would freeze all crops, pollinators, livestocks, rivers, seas and unsheltered humans.

▲ Geostorm (2017): videomancy of the Starlink WMD mode.[archive.is]
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6.1.3.3. CINNAMON-937 Satellite Blocker

I. First announcement

Originally posted by spaceintelreport.com:

Rwanda submits ITU filing for constellation of 327,320 satellites – 27 orbital shells at 550-640 km

written by Peter B. de Selding October 14, 2021

PARIS — The government of Rwanda has submitted to international regulators a plan to launch 327,320 satellites into 550-640-kilometer orbits broadcasting in both L- and S-band.

The Rwandan constellation, named Cinnamon-217 and Cinnamon-937, is comprised of 27 orbital shells, with each shell except a single-plane equatorial shell made up of 12,970 satellites, bringing the total to 327,320 satellites, according to Rwandan submissions to the International Telecommunication Union (ITU).

The constellation will include inter-satellite links using radio frequencies.

To view the entire article, become a subscriber!

Rwanda submits ITU filing for constellation of 327,320 satellites [web.archive.org]
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ITU e-Submission of Satellite Network Filings

Originally posted by itu.int:

Note for the ITU Bureau

1. Published as Received – please do not publish

Due to the sensitive nature of the project we request the Bureau, if possible, we ask the Bureau not to publish these CINNAMON-217 and CINNAMON-937 filings submitted until the bureau determines that it is fully receivable. We are concerned that if some assignments fail (like for ANTON-1N0) other operators may copy our ideas and submit filings before us.

2. New API Filings

Following the proposal of the CR/C database of ANTON-1N0 submitted on 20 August 2021, the Bureau determined that most of the assignments did not require coordination under Section/II of Article 9.

We have now created two API databases of which take care of these assignments, i.e., named:

- CINNAMON-217
- CINNAMON-937

These are based on ANTON-1N0, and have some modification (adding orbital shells and increasing the number of satellites) on the orbital shells, and also include additional assignment in other frequency bands.

Hence, as most of the assignments in the ANTON-1N0 CRC database were not accepted by the Bureau, because Section II of the Article 9 is not applicable, we ask the Bureau to apply the date of receipt of 20 August at least for those frequency assignments submitted on 20 August that were not accepted.

These filings are explained below.

3. API FILING CINNAMON-937

3.1 Validation

With then new updated version of the SPACECAP the validation ran successfully.

And the Fail errors which we cannot address are addressed below. We hope that the Bureau can fix these errors for us.

3.2 Orbit structure

The following orbit structure applies for this API.

An orbital shell is here defined as the set of orbits with the same inclination. There are 27 of such orbital shells. Each orbital shell, except the equatorial shell made of one single plane, has a total of 12,960 satellites. The 27 orbital shells comprise of 327,320 satellites.

The Table below provide a summary of the orbital shells in thiis API.

Table 1: Orbit Parameters of API CINNAMON-937

3.3 Allocations/Frequencies in this API

The following Table provides a summary of the frequency allocations for which the assignments have been applied for in this API (CINNAMON-217).

Table 2: Frequency Table of API CINNAMON-937 and CINNAMON-217

The center frequency, or the frequency of the assignment, and emission designations provided in the API, is an example, and there can be many of such assignments in the frequency ranges corresponding to that assignment provided.

We note the following items:

- Space Operations in VHF

a. for the frequency ranges 267-272 and 272-273 MHz, there is no space operation allocation in the Earth-to-space direction.

b. We have highlighted that the use of these frequency ranges are on an Non-Interference basis under No. 4.4. We will endeavor not to cause harmful interference to other services in these allocations.

- Inter-satellite links

a. For the 59.3-71 GHz range, for the Inter-Satellite allocation we are not sure why the validation results in Fails, most are due to missing Earth Station parameter, which are not provided. We didn’t think that the Earth Station parameters are necessary. We request the Bureau to fix this.

b. Also, the validation fails for the Service Area fo such ISL assignment. We
didn’t think that this is required for the ISL.

4. API FILING CINNAMON-217

The API filing of CINNAMON-217, is a subset of the CINNAMON-937. As described below.

It has the same beams and assignments as CINNAMON-937, but the orbital characteristics are different, it has only 7 orbital shells as described below.

4.1 Validation

The Validation of CINNAMON-217 resulted successful run and returned Fail and Warning items. The assignments of CINNAMON-217 have the same validation issues as what we described in the section 3 above.

We wish the ITU to help us resolve also some of the issues in this database.

4.2 Orbit structure

The following orbit structure applies to CINNAMON-217, which has 7 orbital shells.

Each orbital shell, except the equatorial shell made of one single plane, has a total of 8,640 satellites. The 7 orbital shells comprise of 52,080 satellites.

The Table below provide a summary of the orbital shells in this API.

Table 3: Orbit Parameters of API CINNAMON-217

4.3 Allocations/Frequencies in this API

The assignments and allocations are the same given in Section 3.3 above (see Table 2).

For the frequency assignments of CINNAMON-217, the same proposals and comments given for CINNAMON-937 in Section 3.3 apply here.

5. Additional information for both API filings

If and where required Article 21 limits will be complied with.

ITU e-Submission of Satellite Network Filings[web.archive.org]
2[archive.vn]

Originally posted by 通信产业:

发表于 2021-10-15 10:42:11

In January 2019, the Rwandan government announced a long-term space program aimed at increasing the country's uptake of space technology and promoting research and development in space science.

On February 27, 2019, OneWeb's first six satellites were launched, one of which was named Icyerekezo, a name given by students at St. Pierre Secondary School on Nkombo Island, Rwanda's most remote island, located in a rural area of the country with rugged roads and inadequate electricity, considered an ideal area for satellite Internet connectivity.

In June 2019, Rwanda joined the UN Committee on the Peaceful Uses of Outer Space, becoming the 93rd member state.

November 2019 RWASAT-1 satellite is released from Kibo on the Japanese segment of the International Space Station.

In March 2020 OneWeb files for bankruptcy protection and Rwanda's investment fails. The Rwandan Minister of Telecommunications comments that the Chapter 11 bankruptcy of OneWeb will not affect the future of Rwanda's quest for satellite connectivity.

On May 18, 2020, a cabinet meeting chaired by Rwandan President Gakame approved a bill deciding that the Rwandan Space Agency would be officially established in July 2020.

Today Rwanda still maintains a small stake in OneWeb.


Translated with www.DeepL.com/Translator (free version)

OneWeb投资者卢旺达政府向ITU提交32万颗中低轨卫星星座申报文件 [web.archive.org]
2[archive.ph]

II. International reactions

Originally posted by Mike Puchol:

16 OCT 2021

They have, however, bothered to complete a few parts of the database (but miss others) such as the orbits, with 937 entries, all with the same perigee at 280 km, and apogee from 550 km up to 643.6 km. Spacing between planes? 100 m. Yes, *meters*.

And it's a shame that they requested the ITU not publish CINNAMON-937, yet they did, all 156 MBs.

Yes, it seems to be "give us all of LEO with all the frequencies". Basically sticking out their tongue at SpaceX...

In that respect, kudos to them!

Twitter links[web.archive.org]
2[archive.ph]

III. 2003 Halloween Solar Storms

Originally posted by spaceweather.com:

Wednesday, Nov. 17, 2021

SPACE WEATHER AND THE RUSSIAN ASAT STRIKE: Russia just destroyed one of its own satellites. On Nov. 15, 2021, a missile launched from the Plesetsk Cosmodrome struck Kosmos 1408, shattering the old satellite into thousands of pieces. Debris came so close to the ISS that astronauts took shelter in their crew capsules, just in case they had to abandon ship.

Littering Earth orbit with debris is never a good idea. Space weather could make it much worse. To understand why, turn back the clock 18 years to the Halloween Storms of October 2003, when our planet "lost" half its satellites.

Solar Cycle 23 was winding down. Space weather forecasters were talking about how quiet things would soon become when, suddenly, the sun unleashed two of the strongest solar flares of the Space Age: An X17 flare on Oct. 28th followed by an X10 flare on Oct. 29th. Powerful CMEs struck Earth's magnetic field only 19 hours later, sparking 3 days of severe to extreme geomagnetic storms.

An after action report from NOAA lists some of the storm's side effects: Commercial airlines scrambled to redirect flights from the poles, where radiation levels were suddenly high. Each detour cost as much as $100,000. Many Earth-orbiting satellites experienced reboots and even unwanted thruster firings. Some operators simply gave up and turned their instruments off. Goddard's Space Science Mission Operations Team estimates that 59% of NASA's Earth and space science satellites were affected.

There's a dawning awareness that something else important happened, too. Many of Earth's satellites were misplaced.

In a 2020 paper entitled "Flying Through Uncertainty," a team of researchers led by Thomas Berger at the University of Colorado's Space Weather Technology, Research, and Education Center report a little-known anecdote from USAF satellite operators. During the Halloween storms, they recalled, "the majority of [low Earth orbiting] satellites were temporarily lost, requiring several days of around-the-clock work to reestablish [their positions]."

"The Halloween storms pumped an extra 3 Terrawatts of power into Earth's upper atmosphere," explains Martin Mlynczak, principal investigator of NASA's SABER spacecraft, which measured the energy dump. "We didn't feel it down on the planet's surface, but it was a big event for Earth orbiting satellites. The extra power puffed up the atmosphere, sharply increasing aerodynamic drag."

Simulations show that even moderate geomagnetic storms can shift the position of a satellite by 10 km or more. The Halloween Storms created far larger uncertainties. This is a problem because, when you're in a shooting gallery, you can't dodge the bullets unless you know where they are.

"Fortunately, the Halloween storm did not cause any major collisions that we know of," write Berger and his co-authors. "But if a geomagnetic storm on the level of the 2003 event were to occur today, the situation could be very different. Most satellite operators today have never experienced anything like the Halloween 2003 storm."

Right now radars and telescopes in the United States Space Surveillance Network are surely working to pinpoint the debris of Kosmos 1408. Orbital solutions will allow collision warnings to be issued; satellites can dodge. However, a strong geomagnetic storm could wipe out their findings in an instant.

Intensifying geomagnetic activity is almost certain as young Solar Cycle 25 gains steam in the years ahead. It's something to think about the next time you launch an ASAT weapon...

Link[web.archive.org]
2[archive.ph]

IV. Greg Wyler's E-Space

A privateer is a private person or ship that engages in maritime warfare under a commission of war. In short it is a state-sponsored pirate. 1[web.archive.org]2[archive.ph]

Following this 13th century European bad habit, today after Elon Musk, the U.S. military has commissioned Greg Wyler[web.archive.org]2[archive.ph] as yet another shill to do its dirty work, and with E-Space[web.archive.org]2[archive.ph] as another front company similar to SpaceX.

This time the aim is no longer the control of the seas, but the entire Earth's orbits!

This 21st century pirate is thus using Rwanda as a flag of convenience in furthering the U.S.' space hegemony.

A flag of convenience (FOC) is a business practice whereby a ship's owners register a merchant ship in a ship register of a country other than that of the ship's owners. 1[web.archive.org]2[archive.ph]

Shock plan for 327,000 satellite constellation

A proposal for a 327,000 satellite constellation - the biggest ever - has been filed with the International Telecommunications Union on behalf of Marvel Space, a company apparently backed by 03B Networks and OneWeb founder Greg Wyler. Just 11,300 objects have been launched into space in the 64 years since the first Sputnik satellite.

Wyler has returned to Rwanda to file the proposal, where he first started his telecoms journey as founder of fibre-to-the-home ISP Terracom, before moving on to space. Rwanda's government was also an investor in OneWeb before it went bankrupt.

According to industry insiders, Wyler is behind the Rwandan government submission to the International Telecommunications Union for spectrum to support a new satellite constellation, denoted as CINNAMON-217 and CINNAMON-937.The original filing in August, named ANTON-1N0, contained errors, so Rwanda/Marvel Space filed two additional constellations: CINNAMON-217 and CINNAMON-937. CINNAMON-217 has the same frequencies and beams as CINNAMON-937, but fewer orbital planes and satellites.

The Rwandan submission is in the name of Marvel Space Communications Co and details a constellation made up of 27 orbital shells at altitudes of between 550 and 640 kilometres. 26 of the shells will have 36 planes hosting 360 satellites each, or 12,960 satellites per shell, while the lowest of the shells at 500km will have a single plane with 360 satellites. In total the constellation will consist of a whopping 327,320 satellites, although adding up the satellites in all planes results in 337,320.

The orbits are stated to be circular, and usable until 280 km altitude as they decay, suggesting these are micro, non-propulsive satellites. One industry insider said: "Think Swarm on steroids."

Very little else is known about the plan and the Rwandan government has asked the ITU not to publish the submission publicly until it is ready to move ahead with approving it. Rwanda points to concerns that technical issues with the submission could cause delays, which would give time for competitors to "copy our ideas and submit filings before us." Although the Rwandan government assures the ITU that the network can operate without interfering with other networks, the plans have failed to convince long-time satellite industry insider, Tom Choi, the founder and ex-CEO of Asia Broadcast Satellite and Speedcast and the current lead behind wireless and space tech developer Airspace Internet Exchange.

Choi, who links the Rwandan submission to Wyler, wrote on LinkedIn: "The spectrum he filed (sic) are not allocated for space-to-earth communications and could result in devastating amount of interference to projects like AST Science who are planning to work with mobile operators for their spectrum and potentially other licensed constellations like Iridium and Globalstar with harmonic interference."

Glen Tindall, CEO of EOS Communication Systems, a unit of ASX-listed Electro Optic Systems, also expressed surprise at the plan, commenting on LinkedIn: "Hard to understand how this proposal for 300,000+ satellites makes any sense to anyone. I'm guessing that the Rwandan government won't be funding the capex."

Rwanda's per capita GDP equates to less than US$3 per day per person.

Both Space's Starlink and Amazon's Kuiper will cost some US$10 billion and have comparatively smaller constellations - albeit still the biggest networks on paper in the industry so far at 12,000 and 3,300 satellites respectively.

SATELLITE BLOCKER: Another intriguing perspective points to Rwanda's application as a potential technical and geopolitical issue. With such a massive network, the Rwandan submission could effectively block out all future constellations.

'Industry officials have long worried that sooner or later, national administrations would respond to the US Federal Communications Commission's willingness to license constellations so large as to limit other nations' access in certain orbits,' writes SpaceIntelReport editor Peter de Selding. Last year, China also informed the ITU of its own plans for a 13,000-satellite LEO constellation.

1[web.archive.org]
2[archive.ph]

V. Conclusion

At first look, the mind-boggling number of 327'320 satellites doesn't seem so extravagant, after all, it is only 3 times that of the hypothesized MC satellites constellation. And a real one, not a paper tiger, deployed already into space in the 1950s.

But a 100 meters spacing between each orbital planes appears far fetched, because the Earth rotates, with both the solar and lunar mass affecting the center of gravity of the global 3 bodies system, satellites around the earth will move cyclically like riding tidal waves.

Knowing that even moderate geomagnetic storms can shift the position of a satellite by 10 km or more. With a Kessler syndrome chain reaction as a result.

The only purpose of this scam can't be hidden anymore: after the geostationary orbital slot blockage 1[web.archive.org]2[archive.ph], the U.S. is now aiming with the clumsy trick of CINNAMON-937 Satellite Blocker, at interdicting the only other space superpower and archival from deploying its own Guowang satellite mega-constellation, and cementing its orbital DEW WMD monopoly with Starlink.

6.1.4. China

Under the U.S. unveiled threats, in response, China would have no other option but to place its own fleet of DEW into space.

Wang Ganchang[web.archive.org]2[archive.ph] is the founder of Chinese laser fusion technology. In 1964 the Shanghai Optical Machinery Institute (上海光机所) developed a high-power 10 MW output laser. As an advocate of nuclear energy, he made with four nuclear experts in October 1978 the proposition to develop China's nuclear power.

In March 3rd, 1986, Wang Ganchang, Wang Dayan, Yang Jiachi and Chen Fangyun first proposed in a letter (《关于跟踪世界战略性高科技发展的建议》) to the Chinese government to launch researches covering lasers, microwaves, and electromagnetic pulse weapons. The plan would be adopted in November of that year under the code name Project 863 (“863计划”)1[web.archive.org]2[archive.ph].

China has produced several examples of road-mobile laser weapons.
The Silent Hunter[web.archive.org]2[archive.ph] 30-100kW vehicle-based laser weapon system has a maximum range of 4km. Its laser beam can cut through a 5mm steel sheet from 1km away, or five layers of 2mm steel sheets from 800m away, according to its developer China Poly Technologies. It was first unveiled at the South African Air Show in 2016.

For Space to Ground missions, the ranges and powers will need to be uprated several fold.

The Gaofen-3[web.archive.org]2[archive.ph] SAR satellite's solar pannels, made of triple-junction Gallium-Arsenide cells delivers a peak power of 15 kW[web.archive.org]2[web.archive.org]3[archive.ph]. That is far below the several 100 kW required. The use of a nuclear powerplant might though not be necessary if powerful battery banks are used.
Chinese companies such as Shenzhen's BYD are already world leaders in producing batteries with higher discharge rates needed for accelerations in electric bus and with one charge lasting almost 300kms or a full day’s operation[web.archive.org]2[archive.ph].

China has also stated that it will develop and launch the Xuntian (巡天) Space Telescope with a two-meter-diameter main mirror[web.archive.org]2[archive.ph], co-orbiting with the country's first space station, and dock with it for refueling as well as maintenance and exchange, around 2020.

▲ China's Xuntian (巡天) Space Telescope with a two-meter-diameter primary mirror.[archive.ph]
2[archive.ph]
3[web.archive.org]

▲ Prototype of Xuntian Space Telescope (photo taken in 2021). The telescope is planned to be launch in 2023 and fly with China Space Station in the same orbit. Apr 2, 2022[archive.ph]
2[archive.ph]
3[web.archive.org]
4[web.archive.org]
5[archive.ph]

China has produced the world largest aspheric mirror[web.archive.org]2[archive.ph]3[web.archive.org]4[archive.ph] for primarily space military applications: "such a [space platform] can be used to observe low earth orbit satellites of other countries and to [identify, track and target their] missile launches."
The 4.03-meter diameter mirror with a mass of 1.6 tonnes is made of silicon carbide (SiC) by the Changchun Institute of Optics, Fine Mechanics and Physics.

▲ The high-precision silicon carbide aspheric mirror with a diameter of 4.03 meters developed by the Changchun Institute of Optics and Fine Mechanics of the Chinese Academy of Sciences is the largest single-crystal silicon carbide mirror in the world. 2018-08-21 [archive.ph]
2[archive.ph]
3[web.archive.org]
1[web.archive.org]
2[archive.ph]
1[archive.ph]
2[archive.ph]
3[web.archive.org]
1[lt.cjdby.net]

The next stage is to master the production of monolithic 6-meter diameter-class mirrors.
As of 2022, no less than 3 concepts are competing for China's exoplanet program: STEP (系外类地行星探测计划: Search for Terrestrial Exoplanet Program) 1[web.archive.org]2[archive.ph], CHES (Closeby Habitable Exoplanet Survey)1[web.archive.org]2[archive.ph] and HABITATS (HABItable Terrestrial planetary ATmospheric Surveyor) aka Tianlin (天邻计划： Neighbours of Heaven).
If selected to enter the design phase, Tianlin will join the global race to find a twin of planet Earth. Wang’s team proposed a three-mirror system with a main mirror as wide as 6 to 6.5 metres. It will join the James Webb at the so-called sun-Earth L2 point, 1.5 million km away from Earth, for a highly stable observation environment.
Since the mirrors are not foldable, a Long March 9 super-heavy rocket is likely to be needed to send Habitats into orbit. 1[web.archive.org]2[archive.ph]

According to some source, China's Gaofen-11 surveillance satellite's telescope has a 1.8 meter diameter aperture primary mirror. The same technology for coating the telescope primary mirror with protected aluminium layer could be used for 2.4 meter diameter aperture mirrors[web.archive.org]2[http//2].

The research and development on Adaptive Optics (AO) in China began in 1979[web.archive.org]2[archive.ph]. In 1980, the first laboratory on AO in China was established in the Institute of Optics and Electronics (IOE), Chinese Academy of Sciences (CAS).

In May 2016, the Institute of Optronics Technology of the Chinese Academy of Science has tested an Adaptive Optics key technology for a 1.8 meter diameter aperture telescope[web.archive.org]2[archive.ph]. In closed-loop, the resolution has reached 1.7 times the diffraction limit.

Therefore, this major breakthrough has been awarded the first prize of the National Invention Prize For National Defence 2017[web.archive.org]2[archive.ph]. This Adaptive Optics has then been tested onboard the Chang'e 5-T1 lunar probe, allowing to achieve a lunar ground resolution of 0.97 meter.


Wu Weiren, a leading Chinese space exploration figure and newly-appointed director of the recently-established Tiandu deep space exploration laboratory, has called for breakthroughs in space nuclear reactor power, in stages at levels of 10, 100, and 1,000 kWe. 1[web.archive.org]2[archive.ph]


By 2020, China's CZ-504[web.archive.org]2[archive.ph] space launcher will have a payload capability of 25 tons in LEO.

China has already mastered automated robotic rendez-vous and space docking with its Tiangong-1, Tiangong-2, Chang'e-5 and Chinese Space Station programs.

Several launches would be needed for assembling a DEW complex with a total mass of under 100 tons.

By 2030, the CZ-9 SLV[web.archive.org]2[archive.ph] would allow payload of 140 tons in LEO.

A further evolution as a reusable design of the super heavy-lift Long March 9 with 150 tons LEO payload capacity will even make a Starship-class VTVL launcher:

• D=11m 1st stage with 26 200-ton thrust LOX/Methane engines
• D=11m 2nd stage with 4 120-ton thrust LOX/LH2 engines
• D=7.5m 3rd stage with 1 120-ton thrust LOX/LH2 engine
• Length: 111m
• Mass: 4122 ton
• LTO: 50t
• LEO: 150t

▲ Reusable VTVL CZ-9 SLV.· Apr 23, 2022·[archive.ph]
2[archive.ph]
3[web.archive.org]
1[web.archive.org]
5[archive.ph]

China has demonstrated its ability to deploy complex array of military satellites, such as the YAOGAN triplets[web.archive.org]2[archive.ph], and the BEIDOU global navigation satellite system (GNSS).

China has no dedicated Space Force, contradicting Japanese RUMINT. But this will be the case once a fleet of space DEWs starts to be launched into orbit.

Thus the pole position[web.archive.org] for China in initiating the space breakaway[web.archive.org].

6.1.4.1. OMEGA Project

Videoludomancy

Videoludomancy is the science of finding clues pertaining to the Matrix through the study of video games.

The Microwave Power Plant[web.archive.org]2[archive.ph] is an advanced power plant in SimCity 2000[web.archive.org]2[archive.ph].

In all its appearances, the plant takes on the form of a giant receiver dish and operates by receiving microwaves beamed down by orbiting satellites that collect solar energy in space.

The Microwave Power Plant is the second to last power plant unlocked in SimCity 2000. The plant produces slightly less power than a Nuclear Power Plant but without the risk of a catastrophic meltdown. However there is a risk, albeit a rare one, that the microwave beam will miss the dish and start a small fire near the plant, though this can be easily contained, unlike a nuclear meltdown. Like all power plants, it will explode after 50 years of use.

Similar to the U.S. dual-use civilian-military Microwave DEW LEO system, the Chinese OMEGA Project will be placed into space as a civilian endeavour.

Unlike its U.S. counterpart, the Chinese OMEGA Project will not only produce highly directional beams of microwave radiations, but after further upgrade it could even be fitted with lasers or highly penetrating neutrino particle accelerators. This being made possible by both the kilometer size and GW energy level of the OMEGA platform. Therefore not limited in a SDI Star Wars missile defence role, but able to engage orbital space targets as well, ground and even underground and submerged targets. The ultimate game-ender.

Unlike the U.S. strategy to break up about 40'000 tons (possibly up to 400'000 tons) into 42'000 separate platforms of about 1 to several tons each to be completed by 2027 in LEO, the Chinese OMEGA Project will place the same total tonnage but restricted to fewer but more massive 10'000 tons-class spacecrafts, square-kilometers-size platforms placed into GEO, enough to provide a 24/7/365 global coverage of the Earth.

In short, U.S. swarms of PT-boats doctrine versus Chinese super heavy battleship doctrine, sort of speak. Which one will prevail? Only time will tell.

Current Chinese Research On Directed Energy Weaponry

A STUDY OF HIGH POWER MICROWAVE AIR BREAKDOWN

Received: 23 December 1999 Published: 10 June 2005

Liu Guo-zhi, Liu Jing-yue, Huang Wen-hua, Zhou Jin-shan, Song Xiao-xin, Ning Hui
Northwest Institute of Nuclear Technology, Xi'an 710024, China

Abstract

This paper presents the results of research on microwave breakdown in air, it includes the experimental study and the theoretical analysis. The experimental study has been done in a waveguide with a frequency of 9.37GHz, the peak power up to 200kW, pulse width from 0.3 to 2.0μs. The repetition rate of microwave source is from single pulse to 970 pulse per second. The process of the breakdown of repetition pulse has also been recorded for a burst of ten pulses. A theoretical model for breakdown threshold is presented also. The theoretical are in good agreement with the experimental ones.

PDF Download: http://web.archive.org/web/20190810180344/http://cpb.iphy.ac.cn/EN/abstract/abstract19818.shtml

1[web.archive.org]
2[archive.ph]

First disclosure of research on the project, 200-tonne structure, but dual-use civilian-military applications not stated:

China to build space-based solar power station by 2035

December 02, 2019

XIAMEN, Dec. 2 -- China plans to accomplish a 200-tonne megawatt-level space-based solar power station by 2035, according to the China Academy of Space Technology (CAST).

The space-based solar power station would capture the sun's energy that never makes it to the planet, said Wang Li, a CAST research fellow with the program, when attending the sixth China-Russia Engineering Forum held last week in Xiamen, southeast China's Fujian Province.

The energy is converted to microwaves or lasers and then beamed wirelessly back to the Earth's surface for human consumption, Wang said.

"We hope to strengthen international cooperation and make scientific and technological breakthroughs so that humankind can achieve the dream of limitless clean energy at an early date," Wang said.

Compared with traditional fossil energy, which has been increasingly exhausted and is responsible for severe environmental issues, space-based solar power is more efficient and sustainable, providing a reliable power supply solution for satellites and disaster-hit areas or isolated areas on the Earth, Wang said.

The concept of collecting solar power in space was popularized by science fiction author Isaac Asimov in 1941. In 1968, Peter Glaser, an American aerospace engineer, wrote a formal proposal for a solar-based system in space.

China has proposed various sunlight collecting solutions and made a number of major breakthroughs in wireless energy transmission since the country listed space-based solar power as a key research program in 2008.

However, ambition has long been a challenge for current technology because it involves the launch and installation of numerous solar panel modules and the efficient wireless transmission of mega energy.

With an investment of 200 million yuan (28.4 million U.S. dollars), China is building a testing base in Bishan, southwest China's Chongqing Municipality, for the research of high-power wireless energy transmission and its impact on the environment.

Researches in this field will spur the country's space science and innovation in emerging industries like commercial space transportations, Wang said.

http://web.archive.org/web/20191204002159/http://en.people.cn/n3/2019/1202/c90000-9637200.html
http://archive.is/jgXk6

Formal government approval, upgrated to 10,000 tons structure, still civilian applications:

Originally posted by spacenews.com:

China’s super heavy rocket to construct space-based solar power station

June 28, 2021

HELSINKI — China plans to use a new super heavy-lift rocket currently under development to construct a massive space-based solar power station in geostationary orbit.

Numerous launches of the upcoming Long March 9 rocket would be used to construct space-based solar power facilities 35,786 kilometers above the Earth, according to Long Lehao, chief designer of China’s Long March rocket series, speaking during a presentation Thursday in Hong Kong.

The project would aim to establish a large collecting area receiving solar energy near constantly, without the atmosphere or seasonal changes affecting energy levels. Converted energy would be then transmitted to Earth via microwaves or lasers. The project would provide large-scale renewable energy and help tackle energy resource scarcity.

The project, according to Long, would begin with a small-scale electricity generation test in 2022, leading to a megawatt-level power generation facility around 2030.

Commercial, gigawatt-level power generation would be realized by 2050. This would require more than 100 Long March 9 launches and around 10,000 tons of infrastructure, assembled in orbit. The complex project calls for a solar energy collection system with an area on the order of square kilometers and a large microwave power transmission sub-system.

Qi Faren, another senior space figure and chief designer of the Shenzhou spacecraft, also spoke of the complex megaproject and its potential value day earlier.

Both Long and Qi however note major challenges including economic feasibility and manufacturing costs, as well as the efficiency and safety of energy transmission.

Space-based solar power projects have previously been considered by countries including the United States and Japan. China listed space-based solar power as a key research program in 2008, according to Xinhua. The China Academy of Space Technology (CAST) in 2019 began building a test base in Chongqing Municipality for researching high-power wireless energy transmission.

New path for Long March 9?

The launch vehicle slated to do the heavy lifting is the Long March 9. The launcher gained formal government approval this spring, following years of studies and technology development. Yet the design may have seen recent radical changes, according to the presentation from Long.

One slide indicates the old design of the Long March 9—consisting of a 10-meter-diameter core stage with four five-meter-diameter side boosters using 500-ton-thrust, dual-nozzle YF-130 engines—is to be replaced by a vision for a single, 10.6-meter-diameter core powered by a cluster of 16 new, single-nozzle YF-135 engines.

Payload capacity would increase from 140 metric tons to Low Earth orbit (LEO) to 150 tons, from 50 tons to trans-lunar injection (TLI) to 53 tons. A two-stage version would launch to LEO while the three-stage variant would serve higher orbits.

Though not stated, the new engine configuration would also be expected to be more amenable to first stage reusability. Such capabilities would be required for the space-based solar power project.

Long’s presentation also touched on another heavy-lift rocket for launching crew, using the name Long March 5-DY. Two launches of the three-core launcher could be used to get astronauts to the moon earlier than 2030, using a previously presented lunar orbit rendezvous mission profile.

Other developments relayed by Long include plans for space planes and for a first recovery attempt of the new Long March 8 in 2022. First stage hop tests are expected in 2021, according to prior releases.

Link[web.archive.org]
2[archive.ph]

▲ OMEGA Project 逐日工程[web.archive.org]
2[archive.ph]

Speed up and upgrade of the 2 GW orbital complex project:

China plans to start building first-ever solar power plant in space by 2028
•Orbiting system to be launched in 2028, two years ahead of original plan, scientists say in paper
•Technological advances and potential military applications may have renewed government interest in the concept, researcher says

7 Jun, 2022

China plans to launch an ambitious space solar power plant programme in 2028, two years ahead of the original schedule, according to scientists involved in the project.

A satellite will be launched that year to test wireless power transmission technology from space to the ground from an altitude of 400km (250 miles), according to the updated plan in a paper published in the peer-reviewed journal Chinese Space Science and Technology on Thursday.

In the paper, the researchers said the satellite would convert solar energy to microwaves or lasers and direct the energy beams to various targets, including fixed locations on Earth and moving satellites.

The power generated will reach 10 kilowatts, just enough to meet the needs of a few households.

But the technology could be scaled up significantly and become “an effective contributor to reaching carbon peak and neutrality goals”, Professor Dong Shiwei with the National Key Laboratory of Science and Technology on Space Microwave under the China Academy of Space Technology in Xian said in the paper.

Dong and his colleagues said the plan was first drafted in 2014 and changed in response to “recent technological advancement and new situations at home and abroad”.
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A Shanghai-based space scientist with knowledge of the project but not directly involved in it, said the potential military applications, breakthroughs in transport technology such as hypersonic flight, and the push to cut fossil fuel use might have redoubled China’s interest in the field.

In the paper, Dong said the technological challenges of building the first solar power station in space would be unprecedented.

Beaming high-power microwaves over a long distance, for instance, requires an antenna hundreds or even thousands of metres long and any movement from solar winds, gravity or thrusters could significantly reduce energy transmission efficiency and accuracy.

He wrote that other problems included effectively cooling various essential components; assembling very large infrastructure in orbit with multiple launches; penetrating the atmosphere in all weather with high-frequency beams; and preventing damage from asteroids, space debris or a deliberate attack.

Dong said Chinese space scientists and engineers had made some major progress on antenna control and other major challenges in recent years.

According to the new plan, a full-scale space solar power plant will be built in four stages.

Two years after the first launch, the programme will send another more powerful satellite to a geostationary orbit about 36,000km from the Earth to conduct more experiments.

A 10-megawatt power plant will start sending energy to certain military and civilian users by 2035.

By 2050, the station’s power output is expected to rise to 2 gigawatts, about the same as a nuclear power plant, and the cost reduced to commercially affordable levels.

Dong’s team projected that a full-scale beam could reach 230 watts per square metre on the ground, on a par with direct sunlight. Microwaves at this level are generally believed to be safe for people, but it is unclear what the health effects are for those living close to the receiving station, according to a Beijing-based researcher who studies international law on space activities.

The researcher said space solar farms could operate more efficiently than those on the ground because they could generate electricity around the clock, but “such huge infrastructure in space could make many countries uncomfortable, especially those without the technology or capacity to build one”.

High-power microwaves or lasers can also jam communications technology or damage hardware as a directed energy weapon.

Some defence scientists have proposed using space solar power technology as a weapon of mass destruction that can target a city or manipulate weather.

“There is currently no international law to regulate these activities,” the researcher said.

https://web.archive.org/web/20220609044430/https://www.scmp.com/news/china/science/article/3180627/china-brings-forward-plans-space-solar-power-plant
https://archive.ph/cJSCG

China Focus: China looks set to build space solar power station

2022-06-21 22:13:47

BEIJING, June 21 (Xinhua) -- China has made a milestone advance in its effort to build a solar power station in space to convert the sunlight in outer space into an electrical supply to drive the satellites in orbits or transmit power back to the Earth.

A research team from Xidian University has wrapped up the world's first full-chain, system-wide ground verification for space solar power station this month, displaying multiple key know-hows for the futuristic project known as Zhuri or chasing the sun.
...
The key technologies verified include high-efficiency light-concentrating and photoelectric conversion, microwave conversion, 55-meter microwave emission and waveform optimization, microwave beam pointing measurement and control, microwave reception and rectification, and smart mechanical structure design.
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On the south campus of the Xi'an-based university stands a 75-meter-high steel structure. It is Zhuri's ground verification facility.

The team led by Duan Baoyan, the 67-year-old antenna expert with Xidian University, is tasked with simulating the power generation and transmission on the ground. The primary tech challenge is to minimize the energy loss during changes in energy of different forms.

Firstly, the researchers worked to adjust the angles of the huge collecting lens in light of the solar altitude. At the center of the lens are solar cell arrays linked to transmitting antennas. They tested those antennas that deliver microwaves remotely to receiving ones.

The experiments were both investigative and heavy labor work. To carry a 200-kilogram antenna, Duan had to recruit college students as temporary porters.

"You have to try again and again on the scene," said Duan. "Computer simulation does not work."

More than 100 researchers and students took part in the project. Thanks to their hard work, the verification successfully passed examinations on June 5, about three years earlier than expected.

▲ Photo taken on June 5, 2022 shows the Zhuri's ground verification facility on the south campus of Xidian University in Xi'an, northwest China's Shaanxi Province.[web.archive.org]
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OMEGA DEW Specifics:

▲ OMEGA Project roadmap. · Jun 9, 2022·[archive.ph]
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▲ OMEGA DEW Specifics.[web.archive.org]
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• 2022-2028: kW output power station, mass <50 tons, 100 m size, <10 CZ-9 launches

• 2030: MW output power station, mass 660 tons, 300m x 600m x 200m size, 15 years operation life, 17 CZ-9 launches

• 2050: 2.4 GW space output power /1 GW ground received power, mass 10'000 tons, 20 km x 1 km x 200 m size, 30 years operation life, 143 CZ-9 launches

Military applications:

• 2028: 10 kW laser and microwave beams at 400 km range

ASAT laser dazzler

• 2030: 100 kW - 1 MW laser and microwave beams at 36'000 km range

Powerful laser ASAT worldwide coverage

• 2035: 10 MW laser and microwave beams at 36'000 km range

Powerful laser ASAT, anti-missile microwave, anti-air microwave, anti-naval microwave, anti-ground microwave and microwave Pyrohurricane WMD capabilities, worldwide coverage

• 2050: 2 GW laser and microwave beams at 36'000 km range

Able to engage more simultaneous targets, worldwide coverage

Powerful laser ASAT, anti-missile microwave, anti-air microwave, anti-naval microwave, anti-ground microwave, microwave Pyrohurricane and microwave weather-modification WMD capabilities, worldwide coverage

After further upgrade, able to power highly penetrating neutrino-antineutrino annihilation particle beam accelerators, with anti-underground and anti-submerged capabilities, earth penetrating worldwide coverage

6.1.4.1.1. OMEGA Project 2.0

One of the major inconvenience with photovoltaic solar power plant is the very low efficiency, at about 20%, meaning that the rest of the incoming solar photons are wasted as heat pollution.

Moreover, photovoltaic solar panels are vulnerable to meteoroid strikes, requiring the continuous replacement of the damaged ones.

By adopting a solar power tower design, or solar furnace, the collecting surface can be decreased several folds, thus allowing a more compact design.

Reflective mirrors used to focus sunlight are also less costly to repair than photovoltaic solar panels.

In addition, when the Sun is occulted by the Earth's shadow, photovoltaic solar panels can't produce electricity.

By focussing sunlight on fluids with high heat capacity, which can be used to store the energy before using it to boil water to drive turbines, this design also allows power to be generated when the sun is not visible.

The 1'400'000 square meter solar field aperture area of the Shouhang Dunhuang Molten Salt Tower Concentrated Solar Power Project generates 100 MW of electricity, with a diameter of about 1.3 km. 1[web.archive.org] 2[archive.ph]

Therefore the 1 km bowl-shaped reflector part of the 10'000 tonnes OMEGA Project 2.0's space platform should be in the range of the 100 MW of electricity generated.

But the claim that the OMEGA plant can produce 8.4 kilowatts of electric power per kilogram of its weight, means a total of 84 gigawatts of electricity generated.

The difference could be partly explained by the atmospheric transmission loss of solar rays in the ground power station. 1[web.archive.org] 2[archive.ph]

OMEGA-2.0: the butterfly-inspired design to cool China’s space solar power plant

•Bionic structure could radiate heat carried and reduce the temperature of the generator by nearly half, say researchers
•China plans to conduct the first space-to-Earth energy transmission experiment in about two years

Published: 8:30pm, 6 Feb, 2023

Chinese scientists said they have solved a major challenge to generating powerful energy beams in space using a practical solution inspired by butterflies.

The mega infrastructure will have a bowl-shaped body about 1km (0.62 miles) wide.

The inner surface of the bowl is designed to face the sun and is made of reflective mirrors that could capture and concentrate sunlight on an electric generator.

The rod-shape generator, which converts the solar energy to electricity, will use a number of large but lightweight structures mimicking the shape and structure of butterfly wings to dissipate heat, according to the plan known as OMEGA-2.0.

The “wings” have tiny veins containing flowing fluids for heat exchange.

Excessive heat has been one of the biggest headaches for the project’s engineers, but the bionic structure could effectively radiate the heat carried by the fluids to space and reduce the temperature of the generator by nearly half to just over 50 degrees Celsius (122 Fahrenheit), according to their calculation.

“This is an innovative design,” Duan Baoyan, professor of mechatronics at Xidian University and a lead scientist in the Chinese space solar power plant programme, said in a paper published in the peer-reviewed journal Scientia Sinica Technologica on January 18.

The butterfly wing structure “not only maximises the area of radiation heat dissipation but also achieves the lightest mass”, he added.

In 2017, Duan’s team proposed the original OMEGA plan to send energy more than 30,000km to Earth. OMEGA is an abbreviation for Orb-shaped Membrane Energy Gathering Array.

The design featured a full-spherical structure, like a ball. The sunlight would go through the ball’s semi-transparent membrane and reach the generator inside.

The OMEGA plant can produce 8.4 kilowatts of electric power per kilogram of its weight, according to a computer modelling estimate.

This was more efficient than any other design for proposed space solar plants, said Duan’s team.

But the orb structure comes with big engineering challenges.

The generator, for instance, could build up a large amount of heat inside the ball that could affect the operation of some critical components.

The membrane structure also needs a special coating that lets sunlight in but prevents it from going out.

Development of a new coating material to meet the project’s requirements proved to be difficult, according to Duan.

But the bowl structure in the OMEGA-2.0 design put the electric generator in an open space that allowed the application of a butterfly-wing radiator.

And it meant there was no longer a need for the special coating material, Duan said in the paper.

The OMEGA-2.0 adopts some other new space technologies.

It has replaced the giant microwave emitter of the earlier design with a pair of smaller, disk-shape antennas similar to the radar on an early warning aircraft.

These antennas have no moving parts, but they can manipulate the microwave and direct the energy beam to almost any direction.

The new solar plant will also be equipped with an ultra high-powered electric propulsion system, according to Duan.

The megawatt ion thruster drive is under development in Shanghai and expected to consume significantly less fuel than a rocket engine and keep the station in its position for a long period.

China plans to conduct the first space-to-Earth energy transmission experiment in about two years.

The experiment will be carried out by an orbiting satellite at a much lower altitude than that used by the solar station to verify critical technologies for wireless energy transmission.

The military is likely to be the first user of the technology, according to the plan.

The microwave beam could power remote military outposts, drones or space-based weapons that require extra energy input.

Some researchers say the microwave beam itself could also be used as a weapon. Computer modelling suggests the beam can increase air temperature and harmfully expose an unprotected area.

Some other countries are developing similar technologies.
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“The plant could weigh more than 10,000 tonnes. This is more than 20 times the size of the International Space Station,” he said.

“Opinions will vary significantly on how to build and operate this mega project.”

▲ The OMEGA-2.0 design plan for the Chinese space solar power station.[web.archive.org]
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6.1.4.1.2. China's Space-Based Quantum Magnetometer

To detect hidden underground and underwater targets, China is developing new Space-Based Quantum Magnetometer satellites.

It is only with these detectors that the full potential of neutrino-antineutrino annihilation particle beam can be reached.

China's first domestically made quantum magnetometer satellite sends back the first global magnetic field survey map

SATech-01 satellite was launched on 27th July 2022 atop the first ZK-1A SLV, deployed a 5.3 m-long nonmagnetic boom that carries China's first domestically made quantum magnetometer on 7th September 2022.

The CPT atomic magnetic field precision measurement system consists of CPT atomic/quantum magnetometer, AMR magnetoresistance magnetometer, NST star sensor, and non-magnetic extension arm.

▲ SATech-01 satellite was launched on 27th July 2022 atop the first ZK-1A SLV, deployed a 5.3m-long nonmagnetic boom that carries China's first domestically made quantum magnetometer on 7th September 2022. Nov 14, 2022[archive.ph]
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6.1.4.1.3. China's Space-Based Military Quantum Magnetometer Array

Following the first experimental phase, Space-Based Military Quantum Magnetometers able to provide higher resolution image, and with increased sensitivity for detecting smaller targets at deeper level underground and undersea will be researched.

Like their microwave SAR satellites counterparts (Starlink, Guowang), to provide a worldwide coverage, the number of satellites in such class of constellation will need to reach several tens of thousands.

For a true 24/7/365 operational Space-Based Military Quantum Magnetometer Array, this number is even greater, nearing 100'000 orbital platforms.

6.1.4.1.4. Neutrino-Antineutrino Annihilation At The Z0 Pole WMD

Videomancy

Bye Bye Jupiter さよならジュピター (1984)[web.archive.org]2[archive.ph] is a Japanese science fiction film directed by Sakyo Komatsu and Koji Hashimoto and co-produced and written by Komatsu. An early draft of the film's story was novelized by Komatsu two years prior to its release as Sayonara Jupiter, which won the 1983 Seiun Award.

The year is 2125. Earth's population has swelled to 18 billion, while colonies throughout the solar system are home to an additional 5 billion people. While attempting to drive mankind's legacy beyond the solar system, these outer space colonists are engaged in a search for resources and energy, in an effort to tame the harsh environment of space.

Chief Engineer Honda Eiji (Tomokazu Miura) aboard the Jupiter-orbiting Minerva Station is head of the Jupiter Solarization Project (JSP), where a gigantic space particle accelerator will produce beams of neutrino-antineutrino to start a chain reaction of nuclear fusion.

Among many futuristic hightechs that would make it to the commoners' daily life within the next decades (by the 1990s), notepad screen, video conference, fiber optics, wireless in-ear headset, handheld mobile phones, pen-size microphones, and even smaller coin-size 'Automatic Language Transmitter' are being features.

Also depiction of both water on Mars and the Oort Cloud of comets.

▲ Bye Bye Jupiter さよならジュピター (1984) videomancy: gigantic space particle accelerator producing beams of neutrino-antineutrino to start a chain reaction of nuclear fusion.[web.archive.org]
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6.1.4.1.4.1. History Of the Development Of Neutrino Counter Nuclear Weapons

Hirotaka Sugawara et al. have first proposed in 2003, the use of a high energy neutrino beam to destroy nuclear weapons remotely. This hypothesized neutrino beam passes through the Earth and interacts with the nuclear materials inside of the distant nuclear weapon. This interaction can result in heating the nuclear material melting or damaging components of the device or potentially enabling remote detonation of an armed nuclear device.

The neutrino beam makes holding armed nuclear weapons more of a liability than a benefit, as an enemy armed with a neutrino weapon could consider remotely detonating them before they could be launched. Even if the bombs are not assembled, an enemy with a neutrino beam could simply render them useless over time. There is no known method of shielding against these beams.

However high energy neutrino beams themselves might be used as weapons. Sugawara also suggests that this technology can be used as a deadly weapon even against enemies that do not possess nuclear weapons. The neutrino beam can be aimed at people or places and the resulting hadron shower can be deadly. The weapon can be effective even against individuals in deep underground bunkers and other seemingly secure locations.

A muon storage ring is used to accelerate larger particles, muons, to high energies. Muon collisions produce high energy neutrino beams that can be controlled and aimed[web.archive.org]
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Neutrino beam passes through the Earth and interacts with the nuclear materials inside of the distant nuclear weapon[web.archive.org]
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The neutrino beam can be aimed at people or places and the resulting hadron shower can be deadly[web.archive.org]
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Then in 2008, Alfred Tang et al. proposed an alternative idea for a neutrino counter nuclear weapon that shares some similarities with the idea presented by Hirotaka Sugawara et al. but is technologically feasible, relatively cheap and safe.

Tang's idea was to focus a neutrino beam and an antineutrino beam together in a small region to allow them to annihilate so that high energy radiations are released as reaction products.

6.1.4.1.4.2. Destruction of Nuclear Bombs Using Ultra-High Energy Neutrino Beam

Originally posted by Hirotaka Sugawara et al.:

Hirotaka Sugawara (Univ. of Hawaii), Hiroyuki Hagura (KEK), Toshiya Sanami (KEK)

(Submitted on 7 May 2003 (v1), last revised 29 Jun 2003 (this version, v2))

We discuss the possibility of utilizing the ultra-high energy neutrino beam (about 1000 TeV) to detect and destroy the nuclear bombs wherever they are and whoever possess them.

Destruction of Nuclear Bombs Using Ultra-High Energy Neutrino Beam[web.archive.org]
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6.1.4.1.4.3. Neutrino-Antineutrino Annihilation At The Z0 Pole Counter Nuclear Weapon

Originally posted by Alfred Tang:

(Submitted on 26 May 2008 (v1), last revised 25 Jun 2013 (this version, v4))

Radiations produced by neutrino-antineutrino annihilation at the Z0 pole can be used to heat up the primary stage of a thermonuclear warhead and can in principle detonate the device remotely. Neutrino-antineutrino annihilation can also be used as a tactical assault weapon to target hideouts that are unreachable by conventional means.

I. INTRODUCTION

Nuclear weapon is the most destructive kind among weapons of mass destruction. Hiroshima and Nagasaki are lessons in history that shall never be repeated. Since the end of World War II, world leaders had tried to control the proliferation of nuclear weapons by political means such as the Nuclear Non-proliferation Treaty in 1968. Many countries did not sign the treaty. In fact it seems that more and more countries are pursuing nuclear weapon programs nowadays. After September 11, the concern is that nuclear weapons will fall into the hands of terrorists. Strategically speaking the importance of a counter nuclear weapon may soon rival that of the nuclear weapon itself. The purpose of this paper is to explore the possibility of a neutrino counter nuclear weapon technology. The idea of using neutrinos to detonate or melt a nuclear weapon was first proposed by H. Sugawara, H. Hagura and T. Sanami [1]. Their futuristic design is based on a 1 PeV neutrino beam operating at 50 GW. It is unlikely that such an intense ultra high energy neutrino beam can be realized in the near future. Even if such a neutrino beam is made available, its radiation hazard will render it politically nonviable. Other proposals such as installing neutron detectors at the border to intercept nuclear materials had been considered. The current trend of non-proliferation policy is focused on monitoring the production of fissile fuels. Research is being conducted to use anti-neutrino detectors to this end [2]. Anti-neutrinos are produced in nuclear fission through beta decay. They are indicators of the fissile fuel composition of the nuclear reactor. Neutrino signatures of the fissile fuels cannot be tampered with by virtue of the very small reaction cross section of neutrinos at low energy. On the other hand, the small reaction probability also means small detection probability so that large detectors are needed to detect them. A sample idea is to deploy hundreds of kilo-ton liquid scintillator detectors at 1000 km distance from the reactor to monitor the reactor anti-neutrino spectrum. The challenges of using anti-neutrino to monitor reactor are that (1) a rogue nation will not voluntarily allow IAEA to build anti-neutrino detectors around its reactors, (2) the number of anti-neutrino detectors must increase 4 folds for every doubling of reactor-detector distance, and (3) reactors are not needed if a rogue nation opts for uranium instead of plutonium bombs. For these reasons, anti-neutrino detectors are probably not the ultimate solution to non-proliferation. Another possible non-proliferation strategy is to develop a technology that counters nuclear weapons.

This paper proposes an alternative idea for a neutrino counter nuclear weapon that shares some similarities with the idea presented in Reference [1] but is technologically feasible, relatively cheap and safe.The present idea is to focus a neutrino beam and an antineutrino beam together in a small region to allow them to annihilate so that high energy radiations are released as reaction products. The radiations cause neutron spallation in the sub-critical nuclear material and initiate fission reactions. The plutonium heats up, ignites the chemical explosive around the fissile (fissionable material) in the primary stage of a thermonuclear warhead and subsequently detonates the nuclear weapon. The reason of thinking about neutrino for this application is that neutrino cannot be shielded. It can hit a target such as a nuclear submarine from the other side of the globe and can penetrate a deep underground concrete bunker and missile silo. Since neutrino can penetrate the planet to reach a nuclear weapon on the other side of the globe near the speed of light, a neutrino counter nuclear weapon is in principle untraceable and indefensible. It is suggested that a neutrino counter nuclear weapon is 100% effective [3].

The trade-off of developing a counter weapon is the introduction of a new weapon. If the new weapon is less destructive than the original weapon, an ethical argument can be made in support of its development. If remote detonation of a nuclear weapon is made possible by a neutrino counter weapon, a nuclear weapon in the homeland becomes a liability so that there is a real strategic incentive to reduce the stockpile. In that case, there will be a much more convincing political reason to promote non-proliferation. This work aims to study the theoretical feasibility of the neutrino counter nuclear weapon as a first step in this direction. The use of neutrino as a tactical assault weapon will also be discussed.


Neutrino Counter Nuclear Weapon[web.archive.org]

Reference:
中微子武器有可能吗？国内研究现状如何？
https://lt.cjdby.net/thread-2523440-1-1.html

More: [DPRK] Neutrino Counter Nuclear DEW

After the atomic bomb, the hydrogen bomb, ICBMs, satellites, SSBNs, stealth fighters, HGVs, CVNs, Asteroid WMD, Starlink WMD, with Neutrino WMD China will take the lead and put an end to a century of U.S.' military hegemony.

6.1.4.1.5. Elon Musk's Reaction

Of course, by 2049, the balance of power would have shifted in favor of North East Asia.

Therefore, all of a sudden, an olive branch is offered by Elon Musk himself:

Originally posted by Elon Musk:

5:12 PM - 1 Nov 2021

Humankind
煮豆燃豆萁
豆在釜中泣
本是同根生
相煎何太急

Link[web.archive.org]
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English translation:

Surprised! Elon Musk is a Chinese scholar. The Quatrain Of Seven Steps (七步诗) is a poem composed by Cao Zhi (曹植) (192 AD －232 AD), whose brother Cao Pi (曹操) became the emperor after the war of the Three Kingdoms.

Cao Zhi was asked to walk and to compose a poem within 7 steps.

If he failed he would be shot by arrow and killed.

This was what Cao Zhi said aloud in poetry:

Videomancy

Awoken (2019)[web.archive.org]2[archive.ph] is a 2019 videomancy Australian horror film, of the sleep paralysis/deprivation/demons/night terrors genre.

Especially worthy to be noticed, is the mention of an unlawful personal enrichment in the Javanese 'Babi Ngepet' mythology, that can sometimes by accident trap the practitioner forever.

The movie depicts the Fatal Familial Insomnia (FFI), where the patient is unable to reach any REM sleep. In its final stages, the brain atrophies, the patient becomes catatonic, followed by organs failures and then death.

It is stated that: '1 in 3 people have some form of sleep disorder. People who experience sleeplessness longer than 18 days rarely survive. The one who past this point do not need doctors, they need priests.'

▲ Awoken (2019) videomancy: unlawful personal enrichment in the Javanese 'Babi Ngepet' mythology and fatal sleeplessness.[web.archive.org]
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But the weight of all the bloodshed [of Viking Rus'] will with each passing days, causes on a man such uneasiness and unbearable sense of guilt, that the return of every single sleepless night will be dreaded as worse than a visit to hell.

▲ Elon Musk:'For improved quality of sleep, raise head of your bed by about 3” or 5cm and don’t eat 3 hours before bedtime.' 3:34 PM · Jul 11, 2022[web.archive.org]
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Therefore the record 9 days of unexplained mediatic silence on twitter 1[web.archive.org]2[archive.ph], finally broken with a pious picture of Elon Musk's pilgrimage to the Holy See in the pursuit of a spiritual healing through the absolution and blessing of the Defender of the Faith.

▲ Elon Musk's pilgrimage to the Holy See in the pursuit of a spiritual healing through the absolution and blessing of the Defender of the Faith. 2nd July 2022.[web.archive.org]
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What shall it profit a man, if he should gain the largest fortune in the whole world and lose his own soul.

Too bad that indulgences are no longer available.

6.1.4.2. China's 12'000 Solar Power Sat PLEO constellation

Instead of placing a handful of gigantic kilometric-size platforms with mass in the 10,000 tonnes in GEO, a shorter and more resilient strategy is to follow a shortcut to the U.S. Starlink Proliferated Low Earth Orbit (pLEO) constellation strategy.

Made of a large-scale collection of thousands of smaller LEO satellites.

This shortcut consist to place a PLEO constellation of dual-use civilian-military solar energy satellites.

Each individual satellite will collect 1353 W/m² from their solar panels, convert the electricity into microwave before beaming it to the ground. There will be no intermediate 'communication use' in-between.

During peace time, if there is a collecting ground station, microwave energy will be restored back into electricity and connected to the energy grid. Otherwise, during war time, the beams will be added to each others until the destructive heat flux density of 100 W/cm² threshold can be reached.

Without surprise the number of platform is again similar to Starlink and of several 10 of thousands.

Note that unlike the OMEGA-2.0 concept, electricity can not be converted in orbit into beams of highly penetrating neutrino-antineutrino annihilation particles. Meaning that it shares the same shortcomings as Starlink, that can not destroy underground and submerged targets.

2023-04-24

The Beijing INFINITY ENERGY (无限光辉) company's roadmap

• 2024: 2 tech demo sats of Space Solar Power Station
• 2025~2027: 120 distribution ground power stations each supplied by 10 satellites, totalling 1'200 satellites
• 2028~2030: 1'200 distribution ground power stations each supplied by 10 satellites, totalling 12'000 satellites

▲ The Beijing INFINITY ENERGY (无限光辉) company's roadmap.[web.archive.org]
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6.1.4.3. PLA counter-Starlink ASAT

Views of Chinese Military Analysts Back in 1985:

Views of Chinese Military and Civilian Analysts on the Strategic Defense Initiative

Information available as of 10 December 1985 was used in this report.

Chinese military and civilian analysts are well aware that the Soviet Union is working on its own SDI program, and they stress that Moscow's goal in opposing SDI is not to prevent the deployment of space-based weapons, but to delay the US effort until the Soviet Union is in a better position to compete. Some Chinese analysts worry that Moscow may calculate that it has more to lose by allowing the United States to deploy a system, and may elect to use force against the United States or a US system before it is deployed. China's military and Soviet experts are more inclined to hold this view.

▲ It has more to lose by allowing the United States to deploy a system, and may elect to use force against the United States or a US system before it is deployed.[archive.ph]
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Views of Chinese Military Analysts in 2022:

China military must be able to destroy Elon Musk’s Starlink satellites if they threaten national security: scientists

•Researchers call for development of anti-satellite capabilities including ability to track, monitor and disable each craft
•The Starlink platform with its thousands of satellites is believed to be indestructible

Published: 12:00pm, 25 May, 2022

Chinese military researchers say the country needs to be able to disable or destroy SpaceX’s Starlink satellites if they threaten national security.

According to a paper published last month, China needs to develop anti-satellite capabilities, including a surveillance system with unprecedented scale and sensitivity to track and monitor every Starlink satellite.

The study was led by Ren Yuanzhen, a researcher with the Beijing Institute of Tracking and Telecommunications under the PLA’s Strategic Support Force. Co-authors included several senior scientists in China’s defence industry.

Ren and his colleagues could not immediately be reached for comment and it is uncertain to what extent their view represents an official stance of the Chinese military or government.

“A combination of soft and hard kill methods should be adopted to make some Starlink satellites lose their functions and destroy the constellation’s operating system,” said the paper, published in domestic peer-reviewed journal Modern Defence Technology.
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SpaceX has signed a contract with the US Defence Department to develop new technology based on the Starlink platform, including sensitive instruments able to detect and track hypersonic weapons travelling at five times the speed of sound, or even faster in the Earth’s atmosphere.
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The unprecedented scale, complexity and flexibility of Starlink would force the Chinese military to develop new anti-satellite capabilities, according to Ren and his colleagues.
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China claims it has already developed numerous ground-based laser imaging devices that can photograph orbiting satellites at a millimetre-resolution, but in addition to optical and radar imaging, the country also needs to be able to intercept signals from each Starlink satellite to detect any potential threat, according to Ren.

https://web.archive.org/web/20220525120028/https://www.scmp.com/news/china/science/article/3178939/china-military-needs-defence-against-potential-starlink-threat
https://archive.ph/Ns3oH

6.1.4.3.1. PLA GW-class Laser ASAT

Current Chinese Research On Large Size Geostationary Platform

China mulls 20 meters diameter telescope GEO satellite

2014, (9)

Thermal control scheme for ultrahigh resolution imaging system in geosynchronous orbit

This imaging satellite would be placed into a geostationary orbit: 20 m diameter thin-film mirror with total length of 100 meters, one meter resolution.

Summary:

Geostationary orbit very high-resolution imaging system using a thin film diffraction imaging system can achieve a ground resolution of under a meter. Analysis of the deployable conical hood in four extreme temperature distribution conditions is to determine the feasibility of thermal control scheme.

1[zm6.sm-img2.com]
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Worried about the military threat of the Starlink? Chinese Laser Weapons Can Destroy Them Quickly and Cost Effectively

21 MAY 2022

Back in 2005, China's 50-100 KW-class truck-mounted chemical laser weapons have been successfully tested in Xinjiang region, blinding low earth orbit satellites at an oblique distance of 600 km.

In 2013, the output power of the two types of Chinese deuterium fluoride and iodine oxide chemical lasers, have reached 0.3MW, that is 300KW.

Today, the output power of the Chinese strategic laser weapons is already of the megawatt level, that is more than 10 times the power of the 2005 level.

Therefore, there will be no shortage on the Chinese side of strategic laser weapons, also known as laser guns.

So, will China be afraid of the threat of the Starlink system? Starlink system satellite, equipped with 1 solar cell array, 4 high-throughput antennas, Hall thrusters, autonomous collision avoidance system, etc., the power is very small (thrust is less than 1N), maneuverability is very poor, currently mainly space WIFI role (some people say its ability to intercept nuclear bombs). Even if it carries some optical and electronic reconnaissance payloads behind it, Chinese laser weapons can completely blind it permanently, or even destroy it. And, as time goes on, the power of Chinese laser weapons will increase rapidly and exponentially.

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Videomancy

Shanghai Fortress (2019) - 上海堡垒[web.archive.org]2[archive.ph] is a videomancy Chinese science fiction action film directed by Teng Huatao and stars Lu Han and Shu Qi.

In 2035, space aliens have wiped out mega cities around the globe with powerful laser weapon, to get their main source of energy, Xianteng.

After the destruction of Rio, New York, Tokyo, Moscow and New Dehli, the last major human city to continue the fight is Shanghai.

The Shanghai Cannon developed by China and powered by Xianten energy, is mankind last line of defence. It can produce a powerful ground to space directed energy beam, able to engage space targets.

As suggested by the gigantic size of the Shanghai Cannon comparable to a small neighborhood, this could be consistent with a particle accelerator beam, or even a PW-class laser.

After a devastating battle over Shanghai that left the megalopolis in ruin, the alien Delta Mother Ship is finally repelled.

▲ Shanghai Fortress (2019) - 上海堡垒 videomancy: the Shanghai Cannon is a powerful ground to space directed energy superweapon.[web.archive.org]
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6.1.4.3.2. PLA 10 Megaton-class Thermonuclear EMP ASAT

Chinese physicists simulate nuclear blast against satellites

• Computer experiment suggests warhead detonated in near space could disable threats such as Elon Musk’s Starlink satellites
• Explosion could produce a cloud that sets a trap for enemies while reducing risk to ‘friendly’ spacecraft, according to model

20 Oct, 2022

A nuclear blast in near space could create a radioactive cloud over an area as big as New York state, crippling or destroying satellites in near-Earth orbit, according to a new computer simulation conducted by a team of Chinese military scientists.

At the Northwest Institute of Nuclear Technology, a research institute run by the People’s Liberation Army in Xian, researchers developed a model that can evaluate the performance of nuclear anti-satellite weapons at different altitudes and yields with unprecedented detail and accuracy.

The simulation results suggest that a 10-megaton warhead – modestly powerful by today’s standards – could create a serious threat to satellites if it detonates at an altitude of 80km (50 miles).

The blast could turn air molecules into radioactive particles and produce a cloud with a shape similar to an upside down pear, said nuclear physicist Liu Li and his colleagues in a paper published in the peer-reviewed journal Nuclear Techniques on October 15.

In about five minutes, the cloud could rise to an altitude of nearly 500km and spread over an area of more than 140,000 sq km.

“The strong residual radiation of the debris cloud may cause failures of spacecraft moving in it, such as satellites, or even cause direct damage that can lead to destruction,” the researchers said.

A targeted trap

There have been many computer simulations studying the use of nuclear weapons against satellites, but most have focused on an explosion that takes place in space, according to Liu’s team.

A space-based explosion would not produce much of a cloud because of the lack of air. High-energy particles generated by the event would mostly be captured by the Earth’s magnetic field and spread around the globe as a radiation belt, threatening a wide range of spacecraft. This could render nuclear weapons ineffective and too dangerous for an anti-satellite mission.

But because of the presence of air molecules in the Earth’s atmosphere, an explosion in near space would create a cloud with a total mass far greater than the bomb itself, according to Liu.

“Due to the high concentration of fission products inside the debris cloud, the released gamma rays and beta particles are strong, making their effects on spacecraft and communications within the affected area stronger,” Liu’s team wrote.

Immediately after the blast, the cloud would rise straight up at a speed of up to 2.3km/s, setting a huge trap for target satellites. Instead of remaining in orbit, most of the air molecules would fall back to Earth, avoiding the radiation belt effect and significantly reducing the risk to other satellites or spacecraft, according to the simulation.

New threats

A Chinese military study published in May called SpaceX’s Starlink communication network a potential threat to China’s national security and urged the development of capabilities to disable or bring it down.

Starlink aims to put tens of thousands of small satellites in low-Earth orbit. Chinese military researchers worry that these satellites could provide communication services to rivals or slam into China’s space station or satellites, acting as “suicide agents” to disable Chinese space infrastructure during a war.

Conventional countermeasures such as anti-satellite missiles could take out a limited number of high-value targets, but losing a few low-cost satellites would not affect Starlink’s operations.

Some Chinese researchers have therefore proposed hitting a few carefully selected targets that could produce a small amount of space debris. The debris would hit other satellites in the same orbit and create more debris, effectively creating a gap in the Starlink network. But keeping the debris away from friendly satellites would be a challenge.
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On August 1, 1958, the US detonated a 3.8-megatonne bomb at an altitude of 77km over the Johnston Atoll west of Hawaii – an experiment known as the Teak test.

Liu’s team said their computer simulation closely matched the results of the Teak test, which eventually produced a cloud more than 700km across.

Though the physical process involved in a near-space explosion is extremely complex, the new model could produce an estimate of the range and scale of damage “with high confidence” in just a few minutes, they added.

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6.1.4.4. China's 107'000 Starlinks

To frustrate the U.S. from blocking China's accession to the 21th century leader's position, as rightfully deserved, China has responded to this threat with a space race like never before in human history.

A space race for total victory.

The starting move was initiated by the U.S., as a Trojan Horse. It is the Starlink Program, a new name for the 1980s' Star Wars or Strategic Defense Initiative (SDI) program.

In short, the U.S. has planned to place no less than 42'000 Starlink satellites into space by 2027.

And these are the weapons that can jam and destroy anything below with their beams of microwave, provide the Star Wars Global Missile Interceptor System capability, ensure the U.S. armies in the field with God's Eye view capability intel, and that enables the age of the Internet of Military Things (IoMT) warfare, in commanding armies of self-driving wheeled combat vehicles, bipedal and quadrupedal robots, while remotely recharging in real-time their batteries in the field.

As this was not enough, laser fitted on the next generations of Starlink platforms will even allow ASAT missions.


As a countermeasure, China COMMSAT[web.archive.org] (九天微星[archive.vn]) has announced its next move by fielding before 2029 more than 107'000 satellites.

Factories are being built to churn satellites like aircrafts!

Thus totally outgunning the U.S. at its own game.

▲ China COMMSAT to place 107'000 satellites into space before 2029.[archive.vn]
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6.1.4.4.1. China's Stackable Flat-panel Satellite

To place quickly several 10'000s of satellites into space requires not only reusable VTVL space launchers, but also totally new stackable satellite bus, allowing the stacking of up to 150 inside a launcher's payload fairing.

After the Yinhe sats series using a bus similar to the U.S.' OneWeb, GALAXY SPACE (银河航天) is now upgrading to a flat-panel design bus allowing stackable satellites for the first time in China.

December 13, 2021

According to Gao Qianfeng, co-founder and vice president of Galaxy Space, solar panels are the satellite's main source of energy. Depending on the substrates that carry the cells, solar panels can be divided into rigid, semi-rigid and flexible solar panels. The traditional rigid solar panel has a relatively thick substrate and requires a large distance between the plates, resulting in a relatively large overall "block head", which occupies a lot of the envelope of the spacecraft's shape, and the semi-rigid solar panel is similar. Flexible solar panels generally use a flexible film structure with a thickness of less than 1 mm as the substrate. After being folded, different substrates are completely contacted and pressed together. They have the characteristics of small envelope requirements, strong designability, and easy expansion. They are generally considered to be the next generation. An important form of satellite energy.

The weight of a flexible solar panel of the same area is more than 20% lower than that of a rigid solar panel. With the further development of technology, the weight of a flexible solar panel of the same area can even be higher than that of a rigid solar panel. The panel is lowered by more than 40%, which can greatly reduce the cost of satellite launch.

China Industry News (中国工业报) has learned that the Noah satellite (诺亚卫星), a stackable flat-panel satellite being developed by Galaxy Space, is using this new flexible solar panel, which can hold as many Noah satellites as tablet computers during launch. Stacked together, a single rocket can launch dozens of stacked satellites simultaneously. The new flexible solar panel perfectly fits the Noah series of flat-panel stacked satellites, which not only meets the envelope requirements of flat-panel stacking, but also greatly reduces the weight of the product, which can greatly save the launch cost, and the comprehensive technical indicators of the product have reached the international advanced level.
Galaxy Space has independently developed China's most powerful low-orbit broadband communication satellite - Galaxy Space First Launched Satellite (银河航天首发星). The satellite was successfully launched at the Jiuquan Satellite Launch Center on January 16, 2020, and a series of satellite-ground fusion 5G experiments were successfully carried out.

▲ Galaxy Space's Prototype Flexible Solar Panel.[web.archive.org]
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▲ Galaxy Space's stackable flat-panel Noah satellite (诺亚卫星).[web.archive.org]
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Only four years after the first U.S. Starlink Block v0.9 featuring flat panel design satellites 1[web.archive.org]2[archive.ph], the launch of China's GALAXY SPACE new flat-panel satellites is expected early 2023. 1[web.archive.org]2[archive.ph]

▲ CGI rendering of GALAXY SPACE's new flat-panel satellites. 2022-09-07 [web.archive.org]
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6.1.4.4.2. China's Satellite Connectivity With Mobile Phones

Before the U.S. Apple adds satellite connectivity for new Apple iPhone 14 and 14 Plus, Huawei announces on 6th September 2022 the new Mate50 series becomes the world's first phone that supports satellite telecommunications, with messaging through Beidou GNSS satellites. 1[web.archive.org]2[archive.ph]

6.1.4.4.3. China's DEW Ground Test

Probably the first ever reported test in the media of a new Chinese unknown weapon system, able to burn an AWACS and leave a black scorch mark on the ground!

Satellite photos show China destroyed object similar to Japan plane

July 15, 2022 19:00 JST

TOKYO -- China has destroyed an object believed to be shaped like a Japan Self-Defense Forces (SDF) aircraft in a desert area of Xinjiang, Nikkei has learned through analysis of satellite photographs with experts.

Nikkei examined photos taken by Planet Labs, a U.S.-based satellite operator. Photographs of the same location in mid-May showed an object shaped like an E-767, an airborne warning and control system (AWACS) used by the SDF, a runway and buildings resembling a tarmac. A July 13 photo shows the destroyed object, along with debris and black burn marks.
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'I think we can safely conclude this was a test of a ballistic missile of some sort,' said Jeffrey Lewis🤡
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Not everyone agrees about how the object was destroyed. Kiyofumi Iwata, former chief of staff of the Japan Ground Self-Defense Force, notes that no impact marks can be seen and that the fighter-shaped object remains. "The AWACS object may have been set ablaze, rather than hit by a missile," he said.

▲ Satellite images taken on May 13, left, and July 13. The image of July 13 shows that China has likely destroyed an object believed to be in the shape of a Japan Self-Defense Forces aircraft.[www.ft.com]
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6.1.4.5. China's Fleet of Reusable VTVL Launchers

To deploy 107'000 civilian-military dual-use platforms in LEO by 2029 would require continuous launches, twice a week, over a decade, and thereafter for the upkeep of the constellation.

Thus the development of totally new reusable VTVL Heavy space launchers.

▲ Chinese rapidly expanding space launchers. 26 Jun 2020[archive.is]
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Following the steps of the U.S. military, China has outsourced the development of its reusable kerolox and methalox VTVL space launchers to private companies, to better smoke the world's low IQs.

But since good things come always in threes, as the saying goes, there is no exception with SpaceX, rated triple-X for its extreme nature.

Thus the new logo of Shanghai Academy of Spaceflight Technology (SAST, 上海航天空间技术有限公司), a Chinese space agency and subordinate of China Aerospace Science and Technology Corporation (CASC).

▲ The new logo of Shanghai Academy of Spaceflight Technology (SAST, 上海航天空间技术有限公司)[archive.ph]
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Will an Indian startup space company be the 3rd to use the X logo? Only time will tell.

And indeed, such companies are growing in number even faster than the Covid-19 and Monkeypox new strains all combined.

But since good things come always in threes, as the saying goes, there is no reason that China will not follow the U.S. in simultaneously developing reusable VTVL launchers through 3 different space companies.

After the U.S. triplet of startup space companies made of SpaceX with its Falcon-9 VTVL rocket series, Blue Origin with its New Glenn VTVL rocket series, and Rocket Lab with its Proton VTVL rocket series, China has even announced trice as more space companies set to develop reusable VTVL launchers.

Thus once again totally outgunning the U.S. at its own game.

• China Academy of Launch Vehicle Technology (CALT)'s Long March 8R or CZ-8R is expected to be the first VTVL launcher outside of the U.S., with a new liquid kerosene-liquid oxygen launcher which builds on technology developed for the Long March 7. 1[web.archive.org]2[archive.ph]

▲ CZ-8R is expected to be the first Chinese VTVL launcher.[web.archive.org]
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• LandSpace's (蓝箭空间科技) Zhuque-2 (ZQ-2) series reusable VTVL launchers are expected to rival the Falcon-9.

Zhuque-2 is powered by gas generator engines and will be capable of delivering a 6,000-kilogram payload capacity to a 200-kilometer LEO, or 4,000 kilograms to 500-kilometer SSO, and could become the world’s first methane-fueled rocket to make a launch attempt, with SpaceX also working towards a full test flight of the much larger Starship.

The 1st stage is equipped with four, 67 ton, ground-thrust-level engines, while the 2nd stage is fitted with one engine with an 80 ton vacuum thrust.

Zhuque-2C (ZQ-2C) methalox reusable VTVL rocket will have more payload capability than the Falcon-9, able to place 32 tons in LEO compared to 22 tons.

▲ Zhuque-2C (ZQ-2C) reusable VTVL rocket able to place 32 tons in LEO.[web.archive.org]
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• Orienspace (东方空间（山东）科技有限公司)'s Gravity-3 series reusable VTVL launchers are intended for both unmanned and crewed missions.

The Gravity-3R reusable VTVL launchers are intended for crewed missions.

The Gravity-3CBC reusable VTVL launcher should be in the same league as the Falcon-9, with 30 tons payload in LEO.

▲ The Gravity-3CBC reusable VTVL launcher should be able to place 30 tons payload in LEO.[web.archive.org]
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▲ The Gravity-3 series reusable VTVL launchers are intended for both unmanned and crewed missions.[web.archive.org]
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ORIENSPACE's goals of orbital launches:

2023: Gravitation-1 sea-launched expandable launcher, with solid propellant upper stage 4.5t payload; with liquid propellant upper stage 5.9t payload; 500 km SSO; up to 5 satellites
2025: Gravitation-2 partially reusable VTVL launcher, 8.6t payload; with 4 solid propellant boosters 16t payload; up to 10 satellites
2030: Gravitation-3 fully reusable VTVL launcher, 31t payload

▲ 2030 Gravitation-3 fully reusable VTVL launcher with 31 tons payload capacity. · Jan 20, 2023[web.archive.org]
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• SPACETAI (太瀚航天) has officially disclosed plan to colonize both the Moon and Mars. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

The Feitian series reusable VTVL launchers are intended for both unmanned and crewed missions.

The 90% 3D-printed Feitian-H CBC reusable VTVL launcher should be in the same league as the Falcon-9, with 25 tons payload in LEO. 1[web.archive.org]2[archive.ph]

▲ Some SLV of the Feitian family. The Feitian-H CBC reusable VTVL launcher should be able to place 25 tons payload in LEO (with 4 strap-on boosters, not in the image). 6 FEB 2022[web.archive.org]
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• Galactic Energy's （北京星河动力空间科技有限公司） Pallas-2 reusable kerolox VTVL launcher will be close to the Falcon-9, able to place 14 tons in LEO.

▲ Galactic Energy's Pallas-2 reusable kerolox VTVL launcher able to place 14 tons in LEO.[web.archive.org]
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• CAS Space Exploration's (北京中科宇航探索技术有限公司) reusable VTVL ZK-4 rocket will be able to place 10'500 kg payload into 500 km SSO.

▲ CAS Space Exploration's reusable VTVL ZK-4 rocket.[web.archive.org]
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• ISpace's (北京星际荣耀空间科技股份有限公司) new Hyperbola-3 series reusable VTVL launchers are intended for both unmanned and crewed missions.

The SQ-3B reusable VTVL rocket will be able to place 10.6 tons into a 500 km SSO.

▲ The SQ-3B reusable VTVL rocket will be able to place 10.6 tons into a 500 km SSO. [web.archive.org]
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▲ ISpace's (北京星际荣耀空间科技股份有限公司) new Hyperbola-3 series reusable VTVL launchers.[archive.ph]
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• LinkSpace's (翎客航天) has developed a series of test vehicles for reusable VTVL rocket technology. The RLV-T5 has reached a height of 300 meters altitude, with a successful powered descent and vertical landing on 10 August 2019. 1[web.archive.org]2[archive.ph]

The RLV-T6 (SRV-1) test vehicle powered by Storm-1, the world's first LOX/methane electric pump-fed engine will attempt a 100 km altitude suborbital test flight with vertical takeoff & vertical landing in late 2022. 1[web.archive.org]2[archive.ph]

The Newline-1 will be the first orbital launcher with first stage reusable 10 times and a 250 kg payload at 500 Km SSO. 1[web.archive.org]2[archive.ph]

The Newline-2 with several boosters and an enlarged fairing will have a greater payload capacity.

And possibly a reusable second stage, like the Newline-3.

▲ The Newline-2 with several boosters and an enlarged fairing will have a greater payload capacity.[web.archive.org]
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• Space Pioneer (Tianbing Technology/北京天兵科技有限公司) is targeting opportunities presented by the national Guowang satellite internet constellation plan, aiming to be able to launch 60 satellites per Tianlong-3 launcher. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

The Tianlong-1 is a smaller launcher, though the firm stated in 2020 the 1st flight vehicle would have a payload capacity to LEO of 3 tonnes+. Also working on the staged combustion, reusable Tianlong-2, and the Tianlong-3, benchmarked against the Falcon 9.

▲ The staged combustion, reusable VTVL Tianlong-2, Tianlong-3, and crewed VTHL space plane.[web.archive.org]
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Tianlong-3 VTVL launcher, reusable 10 times, developing 770 tons of thrust at liftoff, will be able to place 17 tons into LEO, 14 tons into SSO.

▲ Tianlong-3 reusable VTVL launcher will be able to place 17 tons into LEO, 14 tons into SSO.[archive.ph]
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Tianlong-3H VTVL launcher, reusable 10 times, developing 2'310 tons of thrust at liftoff, will be able to place 68 tons into LEO, 42 tons into SSO.

▲ Tianlong-3H reusable VTVL launcher will be able to place 68 tons into LEO, 42 tons into SSO.[archive.ph]
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Tianlong-3M VTVL launcher, reusable 30 times, developing 770 tons of thrust at liftoff, will be able to place 50 tons into LEO or 30 tons/100 passengers spaceplane to a intercontinental 14'000 km destination.
The spaceplane is named Tianlong-3M 4th generation intercontinental human transportation system.

▲ Tianlong-3M reusable VTVL launcher will be able to place 50 tons into LEO or 30 tons/100 passengers spaceplane to a 14'000 km destination.[archive.ph]
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In mid-May 2022, 1[web.archive.org]2[archive.ph] Space Pioneer recently completed hot fire test of the 2nd stage of medium-lift Tianlong-2 kerolox rocket. Tests of the 1st and 3rd stages are planned to happen soon. First orbital launch is still targeted by end of 2022. 1[web.archive.org]2[archive.ph]

• But currently the most advanced Chinese competitor might be Deep Blue Aerospace (深蓝航天) with its Nebula-1M VTVL launcher that boast of having a developmental progression rate superior to SpaceX's Grasshopper milestones.

Indeed, the Nebula-1M VTVL launcher has reached the kilometer altitude mark after only 3 test flights in less than 300 days, while Grasshopper took 8 test flights and less than 400 days to reach the kilometer altitude mark.

This means that the Nebula-1M VTVL launcher could see a first flight to space above 100 km by 2022, and the first orbital mission by 2024.

▲ The Nebula-1M VTVL launcher progression Vs SpaceX' Grasshopper.[archive.ph]
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▲ Comparative main milestones of Nebula-1M VTVL launcher Vs SpaceX' Grasshopper.[archive.ph]
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▲ Nebula-1 and Nebula-1H reusable VTVL launchers.[web.archive.org]
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6.1.4.5.1. CASC Reusable VTVL Super-Heavy-Lift Launchers

Of course, to place DEW constellations made of shells composed each of some 12'000 satellites, will require the development of fully-reusable VTVL Super-Heavy-Lift Launchers.

150 tons LEO payload Reusable VTVL Super-Heavy-Lift Launcher

Such Starship-class launchers can place an entire orbital plane of 150 satellites of 1 tons into LEO, in a single launch.

No start-up can catch-up in time with SpaceX, therefore the state-owned main contractor for the Chinese space program, China Aerospace Science and Technology (CALT) relying on its multi-decade long expertise with the Long March (LM) launch vehicles family will be tasked for developing the CZ-9 (Long March 9) series of VTVL Super-Heavy-Lift launchers.

With a diameter of 10.6 m, 110 m in height, a total mass of 5'200 tons, powered by 26 methalox engines developing 200t thrust each in the 1st stage, and 4 LOX/LH2 engines developing 120t thrust in the second stage, and 1 LOX/LH2 engines developing 120t thrust in the third stage respectively.

First and second stage fully reusable. LEO payload mass of 150 tons, LTO payload mass of 50 tons.

▲ CZ-9 (Long March 9) VTVL Super-Heavy-Lift launcher: LEO payload mass of 150 tons, LTO payload mass of 50 tons.[web.archive.org]
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300 tons LEO payload Reusable VTVL Super-Heavy-Lift Launcher

|1|[web.archive.org] |2|[archive.ph] |3|[archive.ph] |1|[web.archive.org] |2|[archive.ph]▲ A new record. The First Heavy Industry Group (中国一重) has successfully fabricated a 12-meter diameter light alloy ring.

This picture speaks volumes.

Indeed, since China is in a space race with the U.S., like no others in the entire humankind history, this image indicates that China will build a CZ-9 V2.0 rocket before the CZ-9 V3.0 rocket.

Indeed, in 2016, SpaceX had a 12-meter diameter ITS rocket design. It was designed to launch 300 tons to orbit and with refueling could launch 450 tons to Mars. |1|[web.archive.org] |2|[archive.ph]

But even with a 300 tons LEO payload capacity launcher, China will not secure the first place.

1'000 tons LEO payload Reusable VTVL Super-Heavy-Lift Launcher

While the SpaceX Super Heavy Starship will be able to launch 100 tons into orbit in a fully reusable basis, Elon Musk plans the follow up to be 4 to 8 times bigger.

Elon tweeted that Starship Version 2.0 will be 18 meters in diameter instead of 9 meters. |1|[web.archive.org] |2|[archive.ph]

The engines would likely be upgraded for the Ultra Heavy Starship 2.0.

This means the next rocket might be able to launch over 1000 tons per launch.

Overkill? Not at all.

After the SpaceX's 42'000 satellites, France is now used to register with the International Telecommunications Union for 116'640 C-band satellites. |1|[web.archive.org] |2|[archive.ph]

That is about 6 times what China plans to launch in the same time for the same limited LEO space! (Guowang 12'992 satellites plus G60 Starlink 12,000 satellites)

6.1.4.5.2. Other Reusable VTVL Super-Heavy-Lift Launchers

• Among the many new Chinese space companies, AAENGINE (西安空天引擎科技有限公司) has officially disclosed plan to colonize the Moon. 1[web.archive.org]2[archive.ph]

The use of VTVL Super-Heavy-Lift Launchers is revealed in an official 2021 promotion video.

▲ AAENGINE (西安空天引擎科技有限公司) official video. 空天引擎概念片。2021-10-09 [web.archive.org]
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• Deep Blue Aerospace (DBASpace) (深蓝航天) reveals plan to colonize Mars, and the use of a VTVL Super-Heavy-Lift rocket Fangzhou-1 (方舟一号: Ark-1) in a 2023 promotion video.

▲ Deep Blue Aerospace (DBASpace) reveals a Mars rocket Fangzhou-1 (Ark-1). 6:17 AM · Jan 4, 2023[web.archive.org]
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▲ Deep Blue Aerospace (DBASpace) (深蓝航天) Martian VTVL Super-Heavy-Lift rocket Fangzhou-1 (方舟一号: Ark-1). · Feb 12, 2023·[web.archive.org]
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6.1.4.5.3. U.S. N.A.S.A.'s Reaction

The present situation is the reverse of the past confrontation between the U.S. and the Empire of Japan.

By 1943, at the maximum extent of the Greater East Asia Coprosperity Sphere (GEACS), the GDP of the Empire of Japan was only 13.5 percent of the U.S.'s one. Even by adding the German's 26.2 percent, the ratio was still 39.7% of the U.S.'s.

It was therefore expected that within 2 years, the Axis would lose it to the Allies.

Same outcome with the Soviet Union, whose GDP was at the same level as the Axis, or 40.4 percent of the U.S.'s in 1980.

Ten years later, the U.S.S.R. would be brought to its knees and dismantled.

In 2021, China's GDP is 73.3 percent of the U.S.'s.

But China is at the top in PPP since 2017 after overtaking the U.S., and in 2021, 1.18x of the US on purchasing power parity basis.

The industry sector of the United States is only 77.58% of China. 1[web.archive.org]2[archive.ph]

Thus totally outgunning the U.S. at its own game.

This means that of course, by 2049, the balance of power would have shifted in favor of North East Asia.

Past uneasiness and sleepless nights in Berlin, Tokyo and Moscow are now the common bitter medicine for Washington too, as echoed in NASA's administrator Bill Nelson public confessions:

Monday, 04 July 2022 5:54 PM

China has decried “irresponsible remarks” by an official from NASA about the country’s regular activities in outer space and what was claimed to be Beijing’s possible efforts to take over the Moon as part of a military program.

Zhao Lijian, the Chinese Foreign Ministry spokesman, made the comment in a press briefing on Monday after NASA's administrator Bill Nelson told German newspaper Bild that China was contemplating a "takeover" of the Moon as part of its military space program.

Nelson said China's space program was a military one and claimed China had stolen ideas and technology from others. The US space agency chief also claimed Chinese astronauts were learning how to destroy satellites belonging to other countries.
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NASA, under its Artemis program, plans to send a crewed mission to orbit the Moon in 2024 and make a crewed landing near the lunar South Pole by 2025.

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6.1.4.6. China's Big Data Super A.I.

Obviously, to collect all the Petabytes harvested 24/7/365 by the array of 42'000 Starlink satellites, from all the cellphone base stations on Earth, and decipher then analyse, massive processing power is needed.

6.1.4.6.1. China's Quantum Computer

Thus the Quantum Supremacy.

This is the prerequisite for the God-Eye's view capability.

Indeed, in a little less than a year later, after the U.S.' Google's quantum processor Sycamore[web.archive.org]2[archive.ph], comprising 54 qubits, claimed to have achieved quantum supremacy on 23th October 2019:

Sycamore is the name of Google's quantum processor, comprising 54 qubits.

In 2019, Sycamore completed a task in 200 seconds that Google claimed, in a Nature paper, would take a state-of-the-art supercomputer 10,000 years to finish. Thus, Google claimed to have achieved quantum supremacy. To estimate the time that would be taken by a classical supercomputer, Google ran portions of the quantum circuit simulation on the Summit, the most powerful classical computer in the world. Later, IBM made a counter-argument, claiming that the task would only take 2.5 days on a classical system like Summit.

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China's in turn, claims quantum leap with machine declared a million times greater than Google’s Sycamore on 5th September 2020! 1[web.archive.org]2[archive.ph]

And this is not an overkill when processing more than 107'000 satellites' data in real time.

But as the level of technological advance becomes a national security threat, as of 2022, China is no longer disclosing data on its top supercomputers. 1[web.archive.org]2[archive.ph]

Thus again outgunning the U.S. is this Infowar.

6.1.4.6.2. China's ASAT A.I.

In the upcoming Total War sometimes after 2049, the first round will be fought in outer space. Opposing the East including North East Asia, South East Asia and the South Pacific lead by the P.R.C., and the Collective West including N.A.T.O., Q.U.A.D. and Moscow lead by the U.S.

The complexity of a large and fast space battle would be beyond the human brain – and even beyond some powerful AI algorithms.

The first strike will be directed at the 42'000 U.S. Starlink satellites, the 20'000 U.S. psychotronic weapons, and several 10'000s of similar microwave DEW platforms, plus all the other military ELINT, SIGINT, comsats, optical recon satellites, etc

The total will exceed the 100'000 satellites. In the second wave strike, ground-based, naval and airborne enemy targets will even reach several billions in number.

Only the most advanced algorithms such as 'multi-round greedy search' method could deal with this utmost challenge. A task that only a Skynet Matrix-class Sentient Big Data Super A.I. Exascale Quantum Computer can handle.

While this war will only last a few minutes, sealing the fate of humankind for centuries to come, the ultimate victory or defeat will be decided in the planning stage, long before the first Directed Energy beam strike.

China develops AI that ‘can use deception to hunt satellites’

•The team ran thousands of simulated space battles in which the hunters developed the ability to ‘trick’ their target
•Researchers believe there will be no role for humans in this type of conflict, with AI being used to power both hunter and prey

Published: 11:00pm, 13 Jun, 2022

A research team in China said that an anti-satellite artificial intelligence system has mastered the art of deception in a simulated space battle.

In the experiment, the AI commanded three small satellites to approach and capture a high-value target, repeating the exercise thousands of times.
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“This is spectacular,” said lead scientist Dang Zhaohui, professor of astronautics from Northwestern Polytechnical University in Xian, in a paper published in domestic peer-reviewed journal Aerospace Shanghai on April 25.
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Dang and his collaborators from the Shanghai Institute of Aerospace System Engineering said there would be no place for humans in the new type of space war they envisaged, letting AI control both the targets and hunters.

The researchers let AI play the game of pursuit and evasion repeatedly without human intervention.

At the end of each round, an AI “critic” evaluated the outcome, giving out rewards and penalties.

Consuming more fuel, spending too long or colliding with a teammate, for instance, led to penalties for the hunters, but rewards for their target.

Both sides performed poorly in the first 10,000 rounds of training, with the total number of penalties far exceeding the rewards, according to the study.

The hunting satellites learned faster, “probably because they worked as a group”, and secured an advantageous position after about 20,000 rounds, said Dang.

But the targeted satellite gradually recognised the simple tactics used by the hunters and became better at avoiding pursuit.

Under the pressure of repeated defeats, the hunting AI reversed the game by developing much more sophisticated tactics including collaboration, forward planning and deception that significantly increased the chance of successful capture.

After more than 220,000 rounds of training, the target was left with “no room for mistakes”, according to Dang’s team.

However, some scientists have warned that AI has turned space into a more dangerous place.

“The application of artificial intelligence in space will have a disruptive impact on global strategic stability,” Cai Cuihong, an associate professor of international relations at Fudan University, and her colleagues wrote in a paper published in the Chinese-language Journal of International Security Studies last month.

“AI can make anti-satellite measures more precise, destructive and harder to trace, increasing the likelihood that some countries will carry out a ‘pre-emptive’ strike.

“Attacking satellites, especially early warning satellites, is often seen as a precursor to nuclear war,” she added, calling for the global community to develop laws to regulate AI activity in space.
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Military researchers have subsequently said the country needs to develop the ability to destroy or disable the [U.S. Starlink] satellites if they threaten its security.

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6.1.4.7. China's Planetary Fleet Carriers

Scientists test AI for an orbital carrier to defend China’s space assets

• They say studying the best strategy for AI to control an orbital carrier will have ‘strong economic and military value’

Published: 10:30pm, 13 Jul, 2022

An orbital carrier controlled by artificial intelligence could be used to patrol and counter attacks in space, according to a new study by Chinese scientists.

They say a large orbital platform carrying hundreds of cubesats – tiny satellites that weigh about 1kg (2.2lbs) – could defend China’s space assets with speed and efficiency. But they say it would need help from AI to determine exactly when and where to release the cubesats so they could fend off enemy satellites.

According to the researchers, the complexity of a large and fast space battle would be beyond the human brain – and even beyond some powerful AI algorithms.

Studying the best strategy for AI to control an orbital carrier would have “strong economic and military value”, the team said in a paper published in Chinese Space Science and Technology, a peer-reviewed journal run by the China Academy of Space Technology, on June 25.

The research was led by Zhang Jin, a professor with the College of Aerospace Science and Engineering at the National University of Defence Technology in Changsha.

Military researchers in May called for a plan to disable or destroy SpaceX’s Starlink satellites if they threatened China’s national security.

Zhang and his team said an orbital platform carrying cubesats could be used to patrol and defend against any organised and continuous attack in space.

They proposed using AI for mission planning by using it to answer key questions such as the direction of orbit transfer, when the cubesats should be released, and the timing of encounters with other satellites.
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They put it to the test under a high-precision orbit model and also compared it with a hybrid encoding genetic algorithm – one of the most popular optimisation methods.

Their algorithm was found to be 227 times faster than the genetic algorithm – in 20 rounds of testing, it found the best result in four minutes. The genetic algorithm found rough solutions in 200 minutes, and better results took 900 minutes.

The scientists said this all came down to a key difference in strategies – theirs was more focused on the big picture while the genetic algorithm spent a lot of time and resources on the finer details.

The greedy algorithm deals with multiple constraints but uses low-precision parameters at first, and when it finds an acceptable solution it skips the higher precision calculations. Zhang said this was found to be a more efficient approach than traditional optimisation methods.

The AI could also give humans a choice of approaches to take. According to the paper, the algorithm was able to plot a mission that used the least fuel, offering a route that would cost 96kg (212lbs) of fuel and take 68 hours; it also suggested the shortest mission time that would cost 950kg of fuel and take 18 hours.

“In the future, we will add randomness to the search strategy to overcome the limitations of the greedy algorithm and obtain global optimal results,” Zhang said in the paper.

They said an orbital carrier using AI could also be used for other purposes, such as in-orbit refuelling and maintenance.

In April, another team of scientists in China said they had developed AI that could use tactics like deception to hunt satellites.

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In the upcoming Total War sometimes after 2049, the first round will be fought in outer space. Opposing the East including North East Asia, South East Asia and the South Pacific lead by the P.R.C., and the Collective West including N.A.T.O., Q.U.A.D. and Moscow lead by the U.S.

The complexity of a large and fast space battle would be beyond the human brain – and even beyond some powerful AI algorithms.

The first strike will be directed at the 42'000 U.S. Starlink satellites, the 20'000 U.S. psychotronic platforms, and several 10'000s of similar microwave platforms, plus all the other military ELINT, SIGINT, comsats, optical recon satellites, etc

The total will exceed the 100'000 satellites. In the second wave strike, ground-based, naval and airborne enemy targets will even reach several billions in number.

Only the most advanced algorithms such as 'multi-round greedy search' method could deal with this utmost challenge. A task that only a Skynet Matrix-class Sentient Big Data Super A.I. Exascale Quantum Computer can handle.

While this war will only last a few minutes, sealing the fate of humankind for centuries to come, the ultimate victory or defeat will be decided in the planning stage, long before the first Directed Energy beam strike.

If China were to lose this battle on Earth, then it would have to use its ultimate cards, continuing the fight from far places of the Solar System. First the option to Call The Extraterrestrial Colonies to Arm, and finally only as a last resort, unleash the most controversial Asteroid WMD.

Indeed, having established large industrial bases both on the Moon and Mars, optional extraterrestrial colonial unit reinforcements would be available, at the cost of increasing the Lunar and Martian robotic colonists' political autonomy, with the possibility of a declaration of independence in the long run.

To reconquer the lost ground on Earth, Low Earth Orbit would first needed to be retaken.

From the article above, we see that the natural evolution in the technological research tree will be to develop large Planetary Fleet Carriers once the OMEGA Project prerequisites are completed.

The construction of these ultra-heavy spaceships would be unlocked by the OMEGA Project-class Microwave WMD by 2050, with mass reaching the 10'000 tons, and 20 km x 1 km x 200 m in size.

Built in the orbital colonial industrial-military complex of the Moon and Mars, these gigantic ultra-heavy spaceships will be able to cross the interplanetary distance within days and make an Earth-Moon Lagrangian Point L1 orbital insertion at 323'050 km or 1.08 light seconds distance, a position allowing both a continuous vantage point of the Earth and simultaneously an uninterrupted communications line of sight with the Moon's HQ or Chinese Moon-Mars Military Command Center (CMMMCC), before releasing 100'000 Directed Energy platforms into Low Earth Orbit.

The relativistic speed of the counterstrike will then decide of the fate of the battle within minutes.

To overcome pockets of resistance, created by hardened enemy targets hidden deep underground and undersea, thus out of reach of microwave DEW, a second class of dedicated vessel will be deployed, derived from the Chinese P.L.A. Planetary Fleet Carriers' hull.

The electric-powered Planetary Battleships carrying highly penetrating neutrino-antineutrino annihilation particle beam accelerators, and powered by the same 2.4 GW space output power of the OMEGA Project-class DEW platforms.

To finish off the enemy, various types of specialized Chinese P.L.A. Planetary Fleet Carriers would then release hundreds of thousands of robotic electric-powered aircrafts and bombers into the atmosphere, paving the way for the final paradrop of millions of robotic electric-powered bipedal and multipedal space marines.

6.1.4.8. China's Deep Space Quantum Communications Capability

Once the Call The Extraterrestrial Colonies to Arm focus has been enacted, the relativistic speed of the Moon and Mars Extraterrestrial Colonial Reinforcement's orbital counterstrikes will decide of the fate of the battle within minutes.

Meanwhile time delay for direct Earth-Moon communications is about 1.25 second and even up to 20 minutes for the Earth-Mars communications.

This would be especially crippling for the allied Extraterrestrial Forces, if Earth-Moon colony's and Earth-Mars colony's communications were to be still in transit, albeit at the speed of light, lacking of a real-time situational awareness, and shrouded with the uncertainty about the PLA units' real status on Earth.

The key technology here is supraluminal communications. And not only for wartime.

China will beat all the other opponents in the coming outer space race for rare earth, if it is able to build first a New Space Silk Road. One of the key pivotal technology will be its supraluminal communications network.

I. Table of Contents

I. Table of Contents

II. Introduction

III.1. China's Portable Miniaturized Quantum Communications Ground Station
III.2. China's Miniaturized Quantum Communications Satellite
III.3. High efficiency entangled photons generation
III.4. Single-photon detector

IV. China's First Lunar Quantum Communications Relay Satellite
IV.1. Behind The Quantum Communications: Quantum Entanglement

V. China's First Martian Quantum Communications Relay Satellite
V.1. China's Quantum Communications Optical Satellite
V.2. China's Basic Martian Quantum Communications Relay Satellites Array
V.3. China's 24/7/365 Martian Quantum Communications Relay Satellites Network

VI. China's New Space Silk Road

II. Introduction

Although China's development is catching up very fast with the U.S. in the fields of economy, infrastructures, telecommunications, land and air transportations, green technologies, biosciences, societal development, counter insurgency A.I., conventional and unconventional military, fundamental research, applied research, sci-fi movies, soft power, etc, there is still a need to achieve genuine strings of world's first and not isolated ones, before China could officially supersede the 20th century's Pax Americana.

With each passing days, we are more and more likely to witness within our lifetime the dawn of this new China Century or Pax Sinica.

Endowed with its current reserve of rare earth mineral that ranks only second in the world, China could definitely put and end to the U.S. hegemony by securing the access of not only North Korea's rare earth that even surpass the Chinese's by more than twofold, but to all the extra terrestrial reserves, from Mars, Mercury, Venus, the Moon, and all the giant planets' moons (Jupiter and Saturn). Having exhausted their rare earth mineral ore reserve during the Cold War, both the U.S.S.R. and the U.S. can no longer sustain the same pace in the hightech race with China, in the field of exascale supercomputers, semiconductor microchips, lasers, smartphones, radars, missiles, particle accelerators, satellites, etc..

▲ Rare Earth Reserves worldwide as of 2019.[web.archive.org]
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The establishment of the world's first deep space quantum communications network might give China a true cutting edge over the ailing U.S., in supporting its new Rare Earth Space Silk Road.

The economic benefits obviously dwarfing those of the ancient Silk Road.

III.1. China's Portable Miniaturized Quantum Communications Ground Station

From the current 10 tons, Quantum Communications ground station were simply too cumbersome to be used aboard small mars orbiters.

But China's latest groundbreaking technological achievement, with the first ever new miniaturization of a portable device of 80 kilograms, make it suitable to be used on small Mars orbiters. 1[web.archive.org]2[archive.ph]

This milestone allows China to break the bottleneck of supraliminal deep space communication, while the U.S. would still need to wait up to 20 minutes for a reply from Mars, China would be able to communicate instantly. For Jupiter it would even reach 50 minutes time delay for the U.S.
Imagine a conflict in far away extraterrestrial outpost taking place between these two superpowers. Nothing less than a repeat of the 1905 Battle of Tsushima[web.archive.org]2[archive.ph]. The U.S. is now simply outgunned for the first time since 1945 by China.

China tests world's 1st mobile quantum satellite ground station

January 02, 2020

China's Quantum Experiments at Space Scale, or better known as the Micius, have successfully conducted an eight-minute-long encrypted data transmission with a mobile ground station, marking a world's first.

A Global Times reporter learned from the project research team on Wednesday that the successful space-ground quantum communication experiment was conducted around midnight on Monday in Jinan, East China's Shandong Province. The project is led by Pan Jianwei, a quantum physicist from the University of Science and Technology of China (UTSC).

The mobile quantum satellite ground station weighing slightly over 80 kilograms and the size of a paint bucket, was jointly developed by the UTSC, QuantumC Tek, a leading manufacturer and provider of QIT-enabled ICT security products and services and the Jinan Institute of Quantum Technology. It is the first of its kind in the world.

Pan's team said the development of the ground station started in 2019, and was completed on December 24. The successful communication with the Micius satellite marked the completion of construction of China's first mobile quantum satellite ground station.

The transmission lasted some eight minutes, and a great amount of encrypted information was sent to the ground station, the team said.

The previous ground station for the Micius satellite weighed more than 10 tons. Developers conducted hundreds of experiments in order to miniaturize the ground station.

The mobile version of the ground station can be installed on a vehicle, work anytime and anywhere, and its significantly reduced manufacturing cost paves the way for mass production in the future, the team said.

An experimental quantum communication network has already connected to the "Beijing-Shanghai Backbone" quantum communication link forming a national network, Pan's team said.

The project includes verifications and equipment based on key technologies used in long-distance quantum communications.

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III.2. China's Miniaturized Quantum Communications Satellite

In a quantum CubeSat launched earlier this year, Chinese scientists reportedly reduced the size of the detector to just a fraction of the original device thanks to continuous government investment to improve the technology.

China's new quantum satellite now operational

Jul 29,2022

The new micro-nano satellite's weight is about one-sixth the weight of the world's first quantum satellite, the Chinese satellite Micius, which weighs more than 600 kilograms, according to the USTC.

Called Jinan 1, it weighs less than 100kg — about a sixth of the weight of Mozi — but can generate quantum keys at speeds two or three magnitude higher, the project team said in a statement posted on WeChat.

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III.3. High efficiency entangled photons generation

Production of entangled photons is one of the key elements for long distance quantum communications.

From the previous 16 per cent production efficiency, 100% efficiency is now within reach of Chinese scientists.

12 Aug, 2022

Chinese scientists say they have demonstrated a new way to produce entangled photons – a fundamental ingredient in quantum communication and computing – with unprecedented efficiency.
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Previously, Chinese researchers have achieved entanglement of 12 photons with the spontaneous down-conversion method.
The Chinese scientists generated entangled photons at an efficiency rate of 27 per cent – a significant increase from the previous record of 16 per cent.
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Unlike spontaneous down-conversion, entangled photons generated with the Rydberg superatom method could theoretically achieve efficiency of 100 per cent under ideal conditions, the paper said.

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III.4. Single-photon detector

After the production of entangled photons, single-photon detector is another key element for long distance quantum communications.

23 Aug, 2022

Liu Zhihui, an electrooptics engineer with defence contractor Sichuan Jiuzhou Electric Group Company,
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said their system used a cutting-edge optical sensor that could detect single photons efficiently and accurately.

The team did not give any details about the single-photon detector, but it is a field China has been known to play a leading role in recent years.

In 2016, China launched Mozi, a satellite equipped with what was then the most sensitive single-photon detection technology that took quantum communication to space for the first time.

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IV. China's First Lunar Quantum Communications Relay Satellite

By sending a Quantum Communications Satellite (量子通讯卫星) at the Earth-Moon L2 Lagrange point halo orbit to replace the Queqiao radio communication relay satellite (鹊桥), would be a true scientific first for both China and the world.

By performing supraluminal speed transmissions between China Mission Control on Earth, and the Quantum Communications Relay Satellite, then relaying radio data link to the Yutu-2 rover, would allow to shorten the U.S.' 1.7 seconds Earth-Moon radio communications delay.


IV.1. Behind The Quantum Communications: Quantum Entanglement

Scientists found that when two entangled particles are separated, one particle can somehow affect the action of the far-off twin instantly, which is what Albert Einstein described as a "spooky action at a distance."

This simply means there might be a still to discover unknown particle responsible for the entanglement, like the mesotron aka pi meson as the carrier of the nuclear strong force that holds atomic nuclei together, or the photon in the electromagnetic force. And with a supraluminal speed!

For more clarity, I called it the Mallima Particle (만리마자, 萬里马子: 10 thousands li horse, a mythical Korean winged horse able to gallop ten thousand li (approximately 5'000 km) in a single day).

According to Prof. Juan Yin and colleagues at the University of Science and Technology of China in Shanghai[web.archive.org]2[archive.ph], that has determined a lower bound on how fast it must be, the answer is that it is at least four orders of magnitude faster than light.

The hypothetical Mallima Particle, responsible of the entanglement interaction in the pop culture:

▲ Did you ride the Mallima steed 你是否跨上万里马？ Juche 105 (2016)[web.archive.org]
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https://www.youtube.com/watch?v=UauA6UGpiig
▲ [English] Moranbong Band - We Are Mallima Riders «우리는 만리마기수», Jan 10, 2017
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V. China's First Martian Quantum Communications Relay Satellite

The next incremental step would be to expand this near-earth short-range communications system to our next planet, on the occasion of China's 2020 first Mars lander and rover mission.

The new challenges encountered in this phase are certainly among the most critical technological hurdles, that only a few world superpower could overcome.

Repeating the Lunar mission by simply sending a Quantum Communications Relay Satellite around Mars would not suffice. Single entangled photons would be too difficult to detect from Earth mainly for two reasons.

IV.1. China's Quantum Communications Optical Satellite

The distance from Mars to Earth being the first factor, thus requiring the use of the world largest ever orbital Quantum Communications optical system to be used. This would in addition allow to avoid atmospheric distortion, scattering and absorption from the earth's atmosphere.

After detecting the incoming single entangled photons sent from Mars orbit, the earth's orbital Quantum Communications optical system would relay the data to ground MC, with another separate stream of entangled photons, or simply radiowaves as emergency slower backup system.

A CZ-5 Heavy space launcher will be mandatory for such a payload, with its 4.03 meters primary mirror made of silicon carbide designed by Changchun Institute of Optics and Fine Mechanics.

▲ The high-precision silicon carbide aspheric mirror with a diameter of 4.03 meters developed by the Changchun Institute of Optics and Fine Mechanics of the Chinese Academy of Sciences is the largest single-crystal silicon carbide mirror in the world. 2018-08-21[web.archive.org]
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V.2. China's Basic Martian Quantum Communications Relay Satellites Array

Detecting the incoming single entangled photons sent from Mars orbit, is made difficult, as earth stations, could not be able to distinguish them from the background photons from the luminous Martian disk.

Therefore the distance of the Quantum Communications Relay Satellite to the Martian surface should be far enough to have a darker background.

This could be done by sending the said Quantum Communications Relay Satellite to a far enough Mars L1 Lagrangian Point[web.archive.org]2[archive.ph] halo orbit at some 1'082'311 km.

As the line of sight might be lost due to the diurnal rotation of Mars, an array of Quantum Communications Relay Satellites might be necessary, with at least a second one at the Mars L2 Lagrangian Point halo orbit.

V.3. China's 24/7/365 Martian Quantum Communications Relay Satellites Network

Martian Quantum Communications satellites inserted in stable orbits around the Lagrangian points could be extended to include the L4 and L5 points to allow communication even when Mars is in conjunction, thus completing a long-term nodes of communication between Earth and Mars.

▲ The gravitationally stable points for the Mars-Sun system. The Lagrange points L1 to L5 are listed.[web.archive.org]
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VI. China's New Space Silk Road

For completing a Quantum Communications satellites network that covers all the Solar System, needed to support China's deep space exploration and development, prerequisite for its expending extraterrestrial rare earth exploitation, that will include Mars, the asteroids, and the worlds of the gas giant planets, the above-described combination of space platforms will be multiplied to cover the full distance, with as many quantum communications repeaters as required.

The "Made in China" real time communication throughout our solar system.

Chinese Deep Space Exploration

Moon

2007: Chang'e-1 Orbiter
2010: Chang'e-2 Orbiter
2013: Chang'e-3 Soft landing, Rover
2018: Chang'e-4 Lander and Rover, Exploration of Far side of the Moon
2020: Chang'e-5 Return sample (in Oceanus Procellarum and collect 2 kilograms of regolith)
2024-2025: Chang'e-6 Return sample (Exploration of South Pole of the Moon)
2024: Chang'e-7 relay satellite, orbiter, lander, rover, and a small hopping probe, for investigating shadowed craters for water-ice. (Exploration of South Pole of the Moon)
2024: Chang'e-8 in-situ resource utilization and 3D-printing technology tests
2030-2035: International Lunar Research Station (ILRS): permanent robotic facility on the moon

Venus

2026: Venus Volcano Imaging and Climate Explorer (VOICE)

Mars

2011: Yinghuo-1 Mars orbiter (failed)
2020: Tianwen-1 Orbiter (1 Martian Year), landing, cruising (90 Martian days for Rover)
2028: Tianwen-3 Sample Return (3 years mission)

Asteroids

2012: Chang'e-2 flyby of asteroid 4179 Toutatis
2024: Tianwen-2 Flying by, touch down or sample return; 2-3 asteroids explorations in one mission
2026: Orbiter and separate Impactor targeting asteroid 2020PN1: orbit+impact+orbit

Jupiter

2030: Orbiter launch
2036: Arrival at Jupiter and its satellite

Saturn

2045: Arrival at Saturn

Uranus

2048: Arrival at Uranus

Neptune

2030: Tianwen-4 launch
2040: Arrival at Neptune, polar orbit insertion

Heliosphere

2049: 2 or 3 probes at opposite directions to reach 100 AU

▲ Original 1970s poster, flashforward of China Deep Space Rare Earth Exploitation. [转载]送你罕见年画 2017-01-20 23:12阅读：4 [web.archive.org]
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6.1.4.9. China's Extraterrestrial Colonies

A current Chinese population of 1.4 billion citizens, and even shrinked to 1.3 billion by 2050 will not suffice against the world's current 8 billion and projected 10 billions by 2050.

▲ Population collapse is the biggest threat to the Chinese civilization. · May 24, 2022·[archive.ph]
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The Earth being a too small world, with finite resources, the current unsustainable industrial and economic development will not allow China to increase its population to the critical 4:1 demographic ratio or 40 billions citizens to secure its natural leader's role in the world.

The only strategy is expansion beyond Earth on a first come, first served basis, by seizing first any extraterrestrial unoccupied land available.

The Moon will be the first step, before Mars, Venus and beyond.

6.1.4.9.1. China's Counter Genocide Strategy

The Unparalleled Invasion (1907)[web.archive.org]2[archive.ph] is a science fiction story written by American author Jack London. It was first published in McClure's in July 1910.

To stop the rise of China, the story goes, the United States and the other Western powers launch a biological warfare campaign against China, resulting in the murder of China's entire population of four hundred millions, the few survivors of the plague being killed out of hand by European and American troops, and China then being colonized by the Western powers. This opens the way to a joyous epoch of "splendid mechanical, intellectual, and art output".

Such genocidal plot is never a fiction, but both an eye-opener and stern warning.

Remember that this was written right after the ~30-100 millions deaths that resulted from the 19th century European imperialism in China. 1[www.quora.com]2[archive.ph]3[web.archive.org]4[archive.ph]5[web.archive.org]6[archive.ph]


Therefore, cannibalistic genetic settings have dictated all the decision making and cultural orientations of these subspecies throughout the entire process of their civilization development stages. It can be seen enshrined throughout the ages, in their various religious ritual, though as a mere symbolical relic of past practices in the more recents liturgies.

Typical exemplification of these cannibalistic tendencies can be seen in the not so innocent (and now infamous) 'negerinnentetten' also 'negertetten' translated as 'negress's tits' in Flemish.

A dehumanization effort and further victimization of the people subjected to centuries of genocide, enslavement, colonization and occupation, shared by all supremacist subspecies, attested by the alternate namings of Mohrenkopf ('Moor's Head') and Negerkuss ('Negro's Kiss') in German, 'Tête-de-nègre' ('Negro's head') in French, Rosh Kushi ('Negro's head') in the Mandatory Palestine's Hebrew, and Ras Al-Abed ('slavehead') in Arabic. 1[web.archive.org]2[archive.ph]

And this is not an isolated case of what the imperialist 19th century's Pax Britannica has produced, but rather the norm than the exception.
Among them, the most horrendous and odious case of the German origin's sweet bun renamed the 'petit chinois' ('little Chinese' in French). 1[web.archive.org]2[archive.ph]


One can never have his back turned when living among the H0m0 SS. China is not to be confused with Red Indians, East Indies or Tasmania.

The early 21st century's leaders of the PRC are no longer to be confused with minor Arabo-Balkanic players and elsewhere, such as Mohammad Mosaddegh, Khieu Samphan, Manuel Noriega, Slobodan Milosevic, Radovan Karadzic, Viktor Yushchenko, Viktor Yanukovych, Muammar Gaddafi, Saddam Hussein, Mullah Omar and Osama Bin Laden.

By putting all eggs in the same basket is a sure recipe for disaster.

The Law of Survival dictates that China expands beyond Earth and throughout the Solar System, second to none.

6.1.4.9.2. China's Lunar Colonies

The first step in the development of the Solar System will be the Earth's suburb, the Moon as a springboard.

Robotic astronauts will settle the first bridgehead and outposts.

Then material harvested locally will be used to build more advanced structures, and industrial complex would produce more basic robotic citizens.

Finally, the most advanced robots endowed with superior cognitive capabilities, will conduct local scientific research, allowing the modernization of all production means, and as a natural evolution, ever more advanced robotic citizens.

In a nutshell a totally new genuine robotic lunar civilization, fine-tuned to the lunar ecosystem's need.

6.1.4.9.2.1. China's Lunar Roadmap

• Chang'e-8

Build a command center and a communication base station
Multiple lunar physical fields survey, geology investigation, in-situ extraction experiment of lunar regolith, observation of Earth macroscopic phenomena

▲ Chang'e-8, ILRS-1 and ILRS-2[archive.ph]
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• ILRS-1

Deploy lunar relay satellite, increase long-term energy supply modules on lunar surface
Geology investigation, multi-source particle detection, in-situ analysis, sample collection

• ILRS-2

Build and expand infrastructure such as communication base stations, conduct multi-probe inter-operation
VLBI astronomy, In-situ analysis, sample collection

• ILRS-3

Gather previously collected lunar samples and return them to Earth
Geological investigation by ground-penetration radars

▲ ILRS-3, ILRS-4 and ILRS-5[archive.ph]
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• ILRS-4

Deliver long-term energy support modules
Sun-Earth-Moon space physical observation, Moon-based biological science experiments

• ILRS-5

Establish in-situ observation facilities and support long-term scientific exploration and resource utilization
Lunar-based astronomical observation, Sun-Earth space environmental investigation, other experiments

6.1.4.9.2.2. China's Lunar Bases

[3D printing lunar base] A research team of Huazhong Uni. of Sci. & Tech. are studying 3D printing habitat on the moon using lunar regolith and earth-produced binder. Each building, weighing 20t, is estimated to need ~2t binder and 300kg printing equipment and cost $2.3 billion

[Bricklaying on the moon] Another proposal of the same team is to manufacture bricks on the moon and then use a robot to construct the building.

▲ Huazhong Uni. of Sci. & Tech. are studying 3D printing habitat on the moon using lunar regolith and earth-produced binder. · Jul 16, 2022[web.archive.org]
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Among the many new Chinese space companies, SPACETAI (太瀚航天) has officially disclosed plan to colonize both the Moon and Mars. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

Another Chinese space company, AAENGINE (西安空天引擎科技有限公司) has officially disclosed plan to colonize the Moon. 1[web.archive.org]2[archive.ph]

The use of VTVL Super-Heavy-Lift Launchers is revealed in an official 2021 promotion video.

▲ AAENGINE (西安空天引擎科技有限公司) official video. 空天引擎概念片。2021-10-09 [web.archive.org]
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Notice the engineering convergence with Harbin Institute of Technology’s Architectural Design and Research Institute's solution: Base Laurel Tree.

Base Laurel Tree is the first one that takes into consideration the deadly challenges posed by space radiations, meteorite impacts and extreme temperature variations.

Chinese space designers eye moon base in volcanic caves for long-term stays after 2035

•Hollow lava channels underground offer natural shield against space radiation and extreme temperatures on the moon
•‘Laurel Tree’ lunar base is currently at the design phase, Chinese space architect tells the national science assembly

4 Sep, 2022

Space architects in China are designing a moon base carved out of volcanic caves,

The tunnels, also known as underground lava tubes, were carved out of molten rock during ancient volcanic eruptions. While the outside of the lava flow cooled more quickly and solidified, the rest poured out to leave a hollow elongated shell behind.

The tubes can be several kilometres long and tens of metres wide, offering a natural shelter against space radiation and extreme temperatures on the lunar surface.

Such tunnels and their outlets have been found all over the moon, and they offer alternative locations for building bases beyond its south pole – which is thought to harbour abundant water ice – according to Pan Wente, assistant professor at the Harbin Institute of Technology’s Architectural Design and Research Institute.

“The moon’s south pole could become really crowded, and the extraction of water ice remains technically challenging, so we wanted to explore other possibilities,” Pan told a national space science assembly in central China last month in unveiling plans for the lunar base.

The base, named “Laurel Tree”, was still in the early design phase, Pan said. It will have a pyramid-shaped structure above the ground serving as the entry/exit point, with its underground components including a core cabin, a working cabin and several living quarters.

The vertical core cabin would be the control centre of the base, equipped with sophisticated instruments and connecting the “doorway” with the working and living areas.

The work and living areas would feature pressurised interiors topped by inflatable arches, which would be simple and fast to deploy as there is no air or wind on the moon, Pan said. Lunar concrete, produced from rocks and dust on the moon and additives brought in from the Earth, would then be filled into the archways to form permanent structures.

Except for the core cabin, all other parts of the base would be built on the moon via on-site construction or modular expansion, the space architect added.

As the moon has no atmosphere, its surface temperature can swing between boiling hot (126 degrees Celsius - or 259 Fahrenheit) and freezing cold (minus 173 Celsius). The underground temperature variation is much smaller, roughly between 17 Celsius and minus 43 Celsius, according to Pan.

The Laurel Tree is the third lunar project for Pan and his colleagues at the institute.

China is a relative latecomer to moon base research, but has major projects under way to address key technologies, such as using 3D printing to create a moon base, led by a team at the Huazhong University of Science and Technology in Wuhan.

For instance, US university researchers used space-based observation data in July to spot a pit in the Sea of Tranquillity with a permanent temperature of a comfortable 17 degrees Celsius (62.6 degrees Fahrenheit). The Sea of Tranquillity was the chosen touchdown point for Apollo 11.

▲ Base Laurel Tree will have a pyramid-shaped structure above the ground serving as the entry/exit point, with its underground components including a core cabin, a working cabin and several living quarters.[web.archive.org]
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6.1.4.9.2.3. China's Lunar Videomancy

Videomancy

After the many 'lunar base' genre movies produced by the plethoric Hollywood propaganda machine, and more recently Hallyuwood (film industry in South Korea), to better prepare its domestic opinion, China has released its first ever videomancy blockbuster in 2022.

Moon Man (2022) - 独行月球[web.archive.org]2[archive.ph] is a videomancy Chinese science fiction comedy film co-written and directed by Zhang Chiyu, and starring Shen Teng and Ma Li. The film is an adaptation of South Korean illustrator Cho Seok's comic series Moon You.

Among other scientific consultants, Beijing Galactic Energy （北京星河动力空间科技有限公司） is credited as a supporting scientific institution.

It tells the story of a Chinese astronaut stranded on the Moon after an asteroid strikes the Earth.

Dugu Yue, a former Chinese flight dynamics engineer, is hired as a maintenance man for the UNMS moon station.

The base is used for the United Nations Moon Shield Project (UNMS), an operation spearheaded by the Chinese government.

The Moon Palace Space Station (广赛宫号空间站) in the Moon's orbit is used for connecting flights with the UNMS Moon base (联合国月盾基地) and the Earth.

▲ Moon Man (2022) - 独行月球 videomancy: The Moon Palace Space Station (广赛宫号空间站) in the Moon's orbit is used for connecting flights with the UNMS Moon base (联合国月盾基地) and the Earth.[web.archive.org]
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6.1.4.9.2.4. China's Lunar Orbital Satellite Array

Not doubt that the upcoming lunar conquest will be of the toughest, a fierce competition with the U.S. unseen before in history.

A first layer of lunar orbit's security fence will be deployed, just as Starlink/Guowang are around the LEO.

19 Jan 2022

The Discovering the Sky at the Longest Wavelengths (DSL) mission aims at placing an array of 10 satellites in lunar orbit in 2025.

With the train of satellites, you're able to do interferometry observations, so you combine the measurements of the various instruments together.

The mission presents a number of challenges, such as maintaining the satellites orbiting in a precise configuration. It would also be an early example of using small satellites for space science in deep space.

China previously attempted to test interferometry in lunar orbit with two small satellites that launched along with the Queqiao relay satellite in 2018 to support China’s Chang’e-4 lunar far side landing mission, but one of the spacecraft was lost after the burn to take them from Earth into translunar orbit. This next attempt would be much more ambitious.

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The proposed mission by Chen and his team – also dubbed Hongmeng,
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During the flight, Hongmeng’s daughter satellites will be unevenly distributed, the closest being only 1km apart, to hunt for signals with frequencies as low as 1-30 megahertz.

With the mother satellite precisely measuring the position of each daughter satellite, the signals collected by any two daughter satellites would be combined via a technique called interferometry to create a high-resolution image of the source being observed.

For the first telescope array designed to be deployed beyond Earth, Chen and his colleagues from the Chinese Academy of Sciences developed a new algorithm to address issues such as the constant motion of satellites in space, an issue not faced by traditional, ground-based telescope arrays.

The biggest challenge remains to filter out unwanted radio signals from the universe, which has become a much busier place since the cosmic dark ages, Chen said. Radio noise, including from the sun, Jupiter and even outside our galaxy, can be five orders of magnitude stronger than the target signals.

Since Hongmeng was officially proposed in 2015, the team has completed a five-year feasibility study with funding from the Chinese academy and carried out a test with drones. “We’ve sorted out all key technologies, and are confident about sending satellites to the lunar orbit,” Chen said.

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It is obvious that the lunar environment will not be a pristine one neither in the radio frequencies nor as a ground and orbital ecosystems, because the U.S.' Artemis mission aims to 'land the first woman and first person of colour on the Moon' at around the same time, by 2025. 1[web.archive.org]2[archive.ph]

In short, the U.S. Gateway lunar orbital station will see a permanent traffic from Earth and toward the lunar's surface, making any radio astronomy observation mission very unlikely. 1[web.archive.org]2[archive.ph]

Meaning that a lunar orbital array of satellites would collect more radio signals from human activities, just as Guowang/Starlink does around the Earth!

6.1.4.9.3. China's Mars Colonies

• Among the many new Chinese space companies, SPACETAI (太瀚航天) has officially disclosed plan to colonize both the Moon and Mars. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

• Deep Blue Aerospace (DBASpace) (深蓝航天) reveals plan to colonize Mars, and the use of a VTVL Super-Heavy-Lift rocket Fangzhou-1 (Ark-1) in a 2023 promotion video.

▲ Deep Blue Aerospace (DBASpace) reveals a Mars rocket Fangzhou-1 (Ark-1). 6:17 AM · Jan 4, 2023[web.archive.org]
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6.1.4.9.4. China's Solar System's Colonies

The Chinese long term space resources plan spanning the entire Solar System was unofficially disclosed to the public in August 2023.

Academician Wang Wei presented this at a Chinese Society of Astronautics meeting in Beijing on 19th August 2023, in a forum on 'Exploring the Universe and Developing Space Resources' (中国宇航学会第一届空间科学与试验学术交流会).

Tiangong Kaiwu (天工开物): China's road map for exploring the solar system’s resources

2023-08-20

Wang Wei, affiliated to CASC & CAS, is proposing a four-stage roadmap for creating a space resources utilization system spanning the entire Solar System. Far-sighted, ambitious to say the least.

The initiative is called "天工开物" Tiangong Kaiwu, taking its name from Ming Dynasty scientist Song Yingxing's work "The Exploitation of the Works of Nature."

Water as fuel: proposes development of strategic mineral resources as the goal, based on utilization of space water-ice resources, using Lagrangian points 1+2 between celestial bodies as nodes and gradually build a space resource development system out into the Solar System.

Plan is to gradually construct water-ice resource development facilities on the moon, NEAs, Mars, main-belt asteroids and moons of Jupiter satellites, and gradually form a system using Earth-Moon L1, Sun-Earth L1/L2, Sun-Earth L1/L2, Ceres, and Sun-Jupiter L1.

This requires resource infrastructure including supply stations, transportation routes, mining and processing stations, and focus on access space, low-cost return to Earth, key tech, etc, to develop large-scale and commercial space resource development and utilization capabilities.

This notion has stage goals of "exploration, mining, and utilization" with stage posts at 2035, 2050, 2075 and 2100. This will "promote the development and utilization of space resources in China to achieve leapfrogging style development," says Wang.

Wang: "Just like the miracles created in the Age of Great Navigation, with the 'Great Space Age' the development of space resources will create the next miracle in the history of human development and bring new prosperity to human civilization."

There's lots to consider regarding this, such as what level of support it can attain, China's budgets and economy, technological and economic feasibility, and how this works within the Outer Space Treaty, and many different interpretations from outside.

|1|[web.archive.org] |2|[archive.ph] |3|[archive.ph] ▲ Academician Wang Wei made a special report on "Development Vision of Space Resource Development System". 王巍院士作《太空资源开发体系发展设想》特邀报告

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Wang, who is a navigation and gyroscopes expert and an academician of the Chinese Academy of Sciences, says the plan involves using gravitationally-balanced regions between celestial bodies – such as planets, the moon and the sun – as nodes to expand, step by step.

In the past three years, Wang and his team had examined the overall feasibility and key technologies involved in the best use of deep space resources, China Space News reported.

'Among the 1.3 million asteroids in our solar system … about 700 are relatively close to Earth and estimated to be worth over US$100 trillion dollars each. Taking technical feasibility and cost-effectiveness into consideration, 122 of them are economically suitable for mining and use', the China Space Daily article wrote.

A number of Chinese companies, including the Nanjing-based start-up Origin Space, have also joined the push to develop space mining technologies.

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6.1.4.10. China's Asteroid WMD

Modus Operandi

The technological prerequisites have been secured by the U.S. military one after the other during the Cold War:

• Completion of an asteroid survey network (Minor Planet Center)
• Large database of NEA (Near Earth Asteroid) to select from
• Flyby of an asteroid by a probe
• Impact of an asteroid by a probe
• Deflection of an asteroid by a probe with kinetic impact
• Deflection of an asteroid by a probe with conventional explosion
• Deflection of an asteroid by a probe with nuclear explosion
• Deflection of an asteroid by a probe with directed energy
• Basic atmospheric reentry of a deflected asteroid
• Accurate reentry of a deflected asteroid
• Accurate reentries of multiple deflected asteroids
• Official status of asteroid deflection superpower

▲ Elon Musk's 28th August 2022 Twitter commentary:'This will happen again – just a matter of time'.[archive.ph]
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More: [US] Asteroid WMD

After the atomic bomb, the hydrogen bomb, ICBMs, satellites, SSBNs, stealth fighters, HGVs, CVNs, Starlink, China will break yet another monopoly of the U.S.' military.

Chinese Asteroid WMD Current Milestones

I. Completion of an asteroid survey network

China will build a Planetary Defense System against near-earth asteroids, aiming at 2025-2026 for an impact test like DART, according to Wu Yanhua, the vice administrator of CNSA.

[Ground-based Planetary Defense] Beijing Institute of Technology signs agreement with Chongqing government to build the most powerful asteroid radar array, consisting of 20+ 25-30-meters antennas (equivalent to 100 meters) & able to detect asteroids as far as 150 million km.

The project will be completed in 3 phases of construction. The 1st phase of four 16m antennas for technology testing will be completed by this September. It will also be used to do 3D-imaging of the moon.

▲ [Ground-based Planetary Defense] Beijing Institute of Technology signs agreement with Chongqing government to build the most powerful asteroid radar array, consisting of 20+ 25-30-meters antennas (equivalent to 100 meters) & able to detect asteroids as far as 150 million km.· Jul 8, 2022·[web.archive.org]
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▲ The project will be completed in 3 phases of construction. The 1st phase of four 16m antennas for technology testing will be completed by this September. It will also be used to do 3D-imaging of the moon.· Jul 8, 2022[web.archive.org]
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China Compound Eye space radar project looks to build on initial success

15 Feb, 2023

China’s ambitions to build the world’s most powerful space observation radar – to peer further out and with greater detail than ever before – moved a step closer on Tuesday, with the start of work on stage two of the China Compound Eye.

Long Teng, president of the Beijing Institute of Technology (BIT), which is leading the project, said that once completed, Chongqing, where the project is based, “will become the world’s capital of asteroid research”.

“[The] launch of the second phase of the China Compound Eye project marks a new stage of our research. It will promote the development of high-end industries such as big data, electronic information, and satellite internet in Chongqing,” he said, in a BIT statement.

The facility, which takes up more than 1.2 sq km (300 acres), is located in the southwestern municipality’s Yunyang district, at the core of the Three Gorges Dam area.

The BIT statement said the project would enable China to maintain its leading position in the field of deep space technology “for a long time”.

“The project will provide important support for China’s ongoing near-Earth asteroid monitoring and defence system established by the China National Space Administration, as well as other planetary science research,” it said.

The project is divided into three phases, with the first consisting of four radars that were switched on in December 2022 and created the world’s first three-dimensional map of the lunar surface based on distributed radar.

The success of the initial radars, each with a 16-metre (52.4 feet) aperture, verified the feasibility of the system and some of its key technologies.

“It meets national needs, including near-Earth asteroid defence and space situational awareness,” the BIT said.

Stage two is expected to be completed in 2025, when the installation will boast 25 radars with apertures of 30 metres (98.4 feet).

“After completion of the second phase, the third phase will expand radar numbers to above 100, and expand the boundaries of human’s deep space exploration with radar,” the BIT said.

“The project will provide support for the world’s cutting-edge scientific research such as habitability of earth and planet formation.”

Eventually, the China Compound Eye will have an unparalleled detection range of 150 million km (93 million miles), capable of high-precision observation and imaging of distant asteroids and celestial bodies like the moon, Venus, Mars and Jupiter.

Unlike China’s FAST (Five hundred metre Aperture Spherical radio Telescope) installation – the largest of its kind in the world – in Guizhou province, the China Compound Eye works like a bat’s sonar system by emitting electromagnetic waves and receiving their echoes.

Multiple-aperture, deep-space detection radars are combined into a single large antenna during operation, in a similar way to an insect’s compound vision.

While the power of a single radar is limited, the power superposition between them makes ultra-long range detection possible.

The FAST telescope receives radio signals from targets thousands of light years away, but the China Compound Eye – an “ultra-large distributed aperture radar high-resolution deep space active observation facility” – will be able to clearly record asteroids approaching the Earth without distortions from light or clouds.

The China Compound Eye will act as a surveillance camera on space, able to detect objects that may pose a threat to satellites or space stations early enough for them to be destroyed or avoided.

▲ China begins phase-II construction on far-reaching radar system, to boost defense against the U.S. Asteroid Weapon of Mass Destruction. Feb 14, 2023[web.archive.org]
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II. Large database of NEA (Near Earth Asteroid) to select from

Obviously, the extensive NEA Database can only be collected after the completion of the Chongqing asteroid radar array.

III. Flyby of an asteroid by a probe

Tianwen-2 asteroid sample return and comet exploration mission is planned to be launched in 2025. Comet 311P/PANSTARRS will be studied after the spacecraft returning samples from asteroid 2016HO3.

▲ Tianwen-2 asteroid sample return and comet exploration mission.· May 23, 2022[web.archive.org]
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▲ Confirmed! Circular solar arrays will used on Tianwen-2 probe. CAST's 518 Institution in Tianjin is working on it. · May 6, 2022[web.archive.org]
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IV. Deflection of an asteroid by a probe with kinetic impact

China to conduct asteroid deflection test around 2025

April 24, 2022

HELSINKI — China will aim to alter the orbit of a potentially threatening asteroid with a kinetic impactor test as part of plans for a planetary defense system.

China is drafting a planetary defense plan and will conduct technical studies and research into developing systems to counter the threats posed by near Earth asteroids, Wu Yanhua, deputy director of the China National Space Administration (CNSA), told China Central Television (CCTV).

At the same time, CNSA will establish an early warning system and develop software to simulate operations against the near Earth objects and test and verify basic procedures.

Finally, a mission will make close up observations of a selected potentially dangerous asteroid and then impact the target to alter its orbit.

The mission is scheduled around the end of the 14th Five-year plan period (2021-2025) or in 2026, Wu said.

China held its first Planetary Defense Conference in October 2021, with sessions, papers and presentations on a range of related issues.

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New details on China's asteroid deflection mission: launch in 2026 on Long March 3B rocket, targeting Earth-crossing, near-Earth asteroid 2020 PN1 (~40m diameter). It will combine an orbiter and impactor, according to a slide from a lecture by Long March designer Long Lehao.

The plan is "orbit + impact + orbit".

▲ China's asteroid mission to launch in 2026 by a Long March 3B! Target is 2020PN1 · Jul 12, 2022·[web.archive.org]
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A DART-like impactor and a Hera-like orbiter launched by a Long March 3B in 2026:
1) spacecrafts take different trajectories to asteroid 2020PN1
2) Orbiter arrives earlier for reconnaissance
3) Impactor crashes into 2020PN1
4) Orbiter records the impact event and performs detailed reconnaissance and assessment in the following years

▲ A DART-like impactor and a Hera-like orbiter launched by a Long March 3B in 2026· Jul 12, 2022·[web.archive.org]
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V. Deflection of an asteroid by a probe with conventional explosion

WIP

VI. Deflection of an asteroid by a probe with nuclear explosion

WIP

VII. Deflection of an asteroid by a probe with directed energy

WIP

Videomancy

Moon Crash (2022)[web.archive.org]2[archive.ph] is a rare Hollywood videomancy sci-fi disaster movie by The Asylum and a mockbuster of Roland Emmerich’s big-budget blockbuster Moonfall.

Directed by Noah Luke, it stars Jeremy London, Marisha Shine, etc.

It depicts various known or fictional asteroid deflection techniques, against a NEO of the size of Manhattan, resulting from a drilling accident on the Moon by a global steelworks company, including EMP induced by hadron collider beam, LIDAR-induced EMP and other type of EMPs, ICBMs with nuclear warheads, and solar mirrors beam.

▲ Moon Crash (2022) videomancy: asteroid deflection technique against a NEO with solar mirrors beam.[web.archive.org]
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VIII. Basic atmospheric reentry of a deflected asteroid

WIP

IX. Accurate reentry of a deflected asteroid

WIP

X. Accurate reentries of multiple deflected asteroids

WIP

XI. Official status of asteroid deflection superpower

Time is running out as the U.S. Starlink WMD will be completed by 2027, making the PLA's nuclear deterrence obsolete vs the U.S.!

Videomancy

After the many 'asteroid strike' genre movies produced by the plethoric Hollywood propaganda machine, to better prepare its domestic opinion, China has released its first ever videomancy blockbuster in 2022.

Moon Man (2022) - 独行月球[web.archive.org]2[archive.ph] is a videomancy Chinese science fiction comedy film co-written and directed by Zhang Chiyu, and starring Shen Teng and Ma Li. The film is an adaptation of South Korean illustrator Cho Seok's comic series Moon You.

Among other scientific consultants, Beijing Galactic Energy （北京星河动力空间科技有限公司） is credited as a supporting scientific institution,

It tells the story of a Chinese astronaut stranded on the moon after an asteroid strikes the Earth.

Dugu Yue, a former Chinese flight dynamics engineer, is hired as a maintenance man for the United Nations Moon Shield Project (UNMS), an operation spearheaded by the Chinese government which is intended to protect the Earth from an incoming asteroid named 'π'. The plan is to deploy a group of nuclear-tipped space warheads, called the 'Cosmic Strike Hammers', to shatter the asteroid and then use the moon to shield Earth from its fragments. Eight years after their launch, the Cosmic Strike Hammers successfully shatter 'π'; but one of the missiles was thrown off course following a solar storm, leaving some of the asteroid fragments heading towards the UNMS moon station. The facility is hastily evacuated, and in the chaos Yue is accidentally left behind. Arriving too late to board the last evacuation rocket, he witnesses one major fragment striking Earth.

A portion of humanity has survived the disaster in pre-built underground bunkers, but Earth's situation is rendered critical by a global dust cloud blocking off the Sun's radiation.

Yue decides to reach some equipment left over from an 18th, abandoned Apollo mission to reach the UNMS space station in the moon's orbit and use an escape capsule to return to Earth. Yue begins repairing the lunar lander, but to initiate liftoff, he needs the first Strike Hammer prototype, which is stored in another station at Lacus Perseverantiae.

Then the UNMS learns that another major fragment of 'π', called 'π+', is on a collision course with Earth, threatening to completely annihilate all life on the planet. Overhearing the news, Yue volunteers to guide his lander towards 'π+' so that the Strike Hammer's warhead can destroy it.

▲ Moon Man (2022) - 独行月球 videomancy: extinction level asteroid strike as seen from the Chinese lunar base.[web.archive.org]
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▲ Moon Man (2022) - 独行月球 videomancy: nuclear-tipped 'Cosmic Strike Hammer' asteroid deflector weapon.[web.archive.org]
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6.1.4.11. China's Internet of Military Things (IoMT) warfare

Currently, several institutes in China such as the Institute of Automation of Beijing[web.archive.org]2[archive.ph] and the Zhejiang University are indigenously developing wheeled, quadrupedal and bipedal military platforms.

The aim is to complete the Chinese military's triad of Aerial UAVs, Underwater UUVs, and Naval Unmanned surface vehicles (USVs) with the 4th ground platform counterparts. This means armies of robotic infantry once HALO (high altitude – low opening, often called a HALO jump) paradropped in remote enemy territory insertion point will not be constrained to advance by walking on their two or four legs (i.e. the logistic robotic mules), but will be able to rush at great speed on board self-driving electric wheeled combat vehicles, paradropped along the robotic infantry units. This is paramount as refueling will not be available, and a continuous electric recharging of the batteries in real time via the orbital Starlink satellite array will ensure weeks of field operation.

Self-driving infantry fighting vehicle (IFV) will carry the robots, while accompanying Self-driving self-propelled artillery systems (SPA), Self-driving self-propelled anti-aircraft gun (SPAAG), Self-driving Self-Propelled Anti-Tank Guided Missile System (SPATGM), Self-driving Tank Destroyer (SPTD), all armed with CIWIs defensive lasers, covered by robotic air-defence laser UAVs, will provide additional firepower needed to defeat any enemy opposition when proceeding toward the designated target.

More fire support such as bunker busters will naturally be available with swarms of accompanying stealth UAVs evolving up to the Near-Space altitude, and all connected and controlled through Internet of Military Things (IoMT) satlinks.

Finally, self-driving robotic wheeled lasers are now available to these PLA forces.

Indeed, the capacity to recharge in real-time via the Chinese Starlink Orbital Satellite Array makes field lasers possible for the first time in history!

6.1.4.11.1. Guowang Superseding Military Data Backhaul, Comsats And GNSS

To better justify the build up of the Starlink WMD, Hollywood has been tasked by the U.S. military to prepare the domestic opinion, that is the U.S. taxpayers, and the international opinion as well, with countless of 'military communications' genre movies, prior to the first Falcon-9 space launch of the Starlink constellation series initially planned for 2016.

China that is tailing closely every U.S. military's moves, has not only correctly assessed the real purpose of the Starlink WMD as a Trojan Horse, but is also decided to catch up with its own orbital DEW system.

The Battle at Lake Changjin II 长津湖之水门桥 (2022)[web.archive.org]2[archive.ph] is among the first 'military communications' genre movie produced in China.

This war film is the sequel to The Battle at Lake Changjin (2021). It was directed and produced by Chen Kaige, Tsui Hark, and Dante Lam and stars Wu Jing, Jackson Yee, and Duan Yihong. The film commemorates the 100th Anniversary of the Chinese Communist Party and is based on the historical fighting at Funchilin Pass during the Battle of Chosin Reservoir in the Korean War.

The Battle of Chosin Reservoir, also known as the Chosin Reservoir Campaign or the Battle of Lake Changjin was an important turning point in the Korean War.

The battle took place about a month after the People's Republic of China entered the conflict and sent the People's Volunteer Army (PVA) 9th Army to the northeastern part of North Korea.

After fighting at Sinhung-ni and Hagaru-ri, the Chinese People's Volunteer Army's 7th Company arrives at the Water Gate Bridge, which guards a strategic point on the American 1st Marine Division's retreat route, and the 7th Company tries on several occasions to destroy the bridge.

Communications are disrupted by the Siberian winter temperature that freezes the radio transmitter's batteries, forcing the Chinese People's Volunteer Army's 7th Company to use semaphores as a backup for its short range communications, and send foot soldier for delivering messages over longer distances.

Enemy napalm bombing is then used to the advantage of the 7th Company, allowing to bring batteries to life by burying them in the ground after the bombing run.

▲ The Battle at Lake Changjin II 长津湖之水门桥 (2022) videomancy: 'military communications' genre movie set during the Korean War, communications are disrupted by the Siberian winter temperature that freezes the radio transmitter's batteries.[web.archive.org]
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Once completed, the Guowang proliferated, distributed, and networked (PLEO) constellation system should supersede most conventional military satellites, including Beidou GNSS, Tianlian data backhaul sats, Shentong military comsats, Earth observation synthetic aperture radar (SAR) satellites, Yaogan Naval Ocean Surveillance System signals-intelligence satellites, and space early warning systems.

6.1.4.11.2. Real-time Recharging of Batteries

On 29th January 2021, global technology leader Xiaomi introduced a brand new form of charging, Mi Air Charge Technology[web.archive.org]2[archive.is]. Revolutionizing the current wireless charging methods, Mi Air Charge Technology enables the PLA to remotely charge electronic military platforms without any cables or wireless charging stands. Thus pioneering a true wireless charging era in the military.

And here again the Chinese Starlink Orbital Weapon System will be the game-changing key technology, that enables the deployment of fully robotic armies in the field for lengthy military campaign.

The constellation of satellites provides such a coverage that it is possible to recharge the batteries of every single combatant robotic units in real-time as if they where simply plugged to the main electricity grid.

Solar rays are simply converted to electricity by the solar panels of each of the 107'000 orbital Chinese Starlink satellites. The electricity is then converted into microwave waveband beams then steered and focused by the phased array antennas on each robots' charging pods.

This ensures a continuous supply of electricity. Only deep underground operations would stop them from receiving real-time recharging, but the batteries would allow hours of autonomy. The inclusion of dedicated "medic" robotic unit that carries extra pack of batteries and spare parts for such situation would also come in handy.

Finally real-time continuous recharging of batteries are not limited to ground platforms, wheeled or bipedal robotic vehicles, but Aerial robotic vehicle can also be powered for extended missions.

6.1.4.11.3. China's Hybrid Swimming-walking Robotic Quadrupedal Vehicle

Among the many quadrupedal robots currently developed in China, China National Space Administration (CNSA) slide show suggested using a lunar quadrupedal rover in the future, posed on the surface of our satellite by a crane similar to that of Curiosity and Perseverance.

▲ Quadrupedal rover expected to be introduced for the Phase IV of the Chinese Chang'e lunar missions.[web.archive.org]
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Thereafter, Tianwen-3 space mission will see the deployment of a quadruped robot to explore the much harsher environment on Mars and help retrieve rock samples to be returned to Earth during the 2028-2031 window. 1[web.archive.org]2[archive.ph]1[web.archive.org]2[archive.ph]

Of course, specialized military type of quadruped bionic robots would carry a small caliber automatic gun for self-defence.

▲ The China Ordnance Equipment Group Corporation (中国兵器装备集团公司) quadruped bionic robot carrying 7.62 mm caliber automatic gun with targeting optics and radar, is capable of hitting targets at a distance of 1'200 m, machine gun named QBB-97 can fire 650 rounds per minute at a range of 400 m.[web.archive.org]
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Meanwhile larger quadrupedal bionic robots would be able to carry missiles to provide anti-air and anti-tank support.

▲ 人民军队主战主用的新型“尖刀铁拳”。《砺剑》 20230209 智胜未来 陆海奇兵。2023-02-09 22:06[web.archive.org]
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As a further improvement, a new addition to the PLA's military robotic platforms will unlock the possibility to conduct amphibious landing from the sea, with an hybrid submerged-ground platform.

A swimming robotic vehicle that could carry either troops, robotic infantry or weapons such as artillery and lasers, transforming into a walking quadrupedal vehicle once reaching the beaches of the land grabbers and squatters in the South Pacific, and able to progress inland, controlled and powered in real-time from LEO by the orbital PLA Starlink Array.

▲ CSIC 719 Research Institute's Hybrid swimming-walking robotic quadrupedal vehicle tested at 1000 meters deep. 24 March 2021.[web.archive.org]
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6.1.4.11.4. China's Space Fighter

One of the precious lessons learned from the 24th February 2022 military campaign waged by the feuding Vikings is that superiority in land forces alone can easily be frustrated when air dominance has been overlooked.

To ensure that no enemy air superiority could ever threaten China's extraterrestrial ground assets on Mars, the Moon and beyond, the manned and robotic versions of Advanced Air Combat System able to operate in the vacuum and gravity-free environment of the Solar System are being currently developed.

▲ The manned and robotic versions of Advanced Air Combat System able to operate in the vacuum and gravity-free environment of the Solar System currently being developed. Nov 6, 2022[web.archive.org]
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6.2. The Four Minor Space Powers

Behind the lead peloton[web.archive.org]2[archive.ph], the gruppetto[web.archive.org]2[archive.ph] is a group of minor players who have to cooperate and assist one another in order to stay in the global arms space race and avoid the elimination.

Currently, none of these nations have mastered all the prerequisite key technologies needed to deploy space to ground DEWs.

6.2.XX. Iran

TBD

6.2.XX.1. Iran's Counter-Starlink options

October, 27, 2022

First Counselor of the Permanent Mission of Iran to the United Nations Heidar Ali Balouji read a statement at a meeting of the UN General Assembly’s First Committee about outer space on October 26.

The diplomat said Iran considers transparency and confidence-building measures as an interim step toward elaborating a legally binding instrument on Preventing Arms Race in Space (PAROS).
...
PAROS is also a longstanding agenda, having been one of the four main agendas of the Conference on Disarmament for which a special negotiating committee should have been established to negotiate a legally binding instrument over the past 20 years. However, this has not been the case due to US opposition. In this context, the discussion to prevent space threats by creating norms of responsible behavior is a deviant and directional discussion that will distort the main agenda of the Conference on Disarmament. Therefore, the only effective and practical option is to establish a special negotiating committee at the Conference on Disarmament to conclude a legally binding instrument on PAROS as soon as possible.

Additionally, long-term stability can be established in the PAROS area if outer space is not militarized, which would lead to an arms race. A vivid example, in this case, is the US building a space army and weaponizing space, which is a dangerous undertaking and so should be avoided.
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In our view, despite all of these attempts, the US cannot and will not be able to dominate space. Iran considers the suggestion to undertake political commitment not to conduct destructive direct-ascent anti-satellite missile (ASAT) tests as a discriminatory, insufficient and a major deviation from the right approach to guarantee the exclusively peaceful uses of outer space as well as the long-awaited goal of PAROS.

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Preventing Arms Race in Space (PAROS) is totally irrelevant, as space has been militarized by the U.S.

Therefore what matters is how will Iran contribute to counter the U.S. space's war machine.

6.2.XX.1.1. The Coming Color Revolution 2.0 On Iran

As correctly assessed previously, following the successful launch of the first U.S. Bluebird satellite's precursor called Bluewalker-3, a test satellite for direct connectivity from space to mobile devices, Elon Musk himself has finally broken the silence by throwing down the gauntlet on 19th September 2022.

For the Axis of Resistance's OSINT community, this latest provocation comes as no surprise. Indeed, Elon Musk is known to have in recent past already challenged other adversary military power.

▲ @elonmusk · I hereby challenge Vladimir Putin to single combat, stakes are Ukraine. 14 March 2022.[web.archive.org]
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In an unveiled threat to the Iranian Islamic Republic, the pledge made by Elon Musk to bring Starlink to Iran means nothing less than the coming Color Revolution 2.0, as Iran's telecom authorities will no longer be able to block internet service during masse protests and political crisis.

@erfan_kasraie
I'm sure you won't answer it Mr Musk, but is it technically possible to provide Starlink to Iranian people? It could be a game changer for the future.

@elonmusk · Sep 19, 2022
Starlink will ask for an exemption to Iranian sanctions in this regard

▲ Starlink will ask for an exemption to Iranian sanctions in this regard· Sep 19, 2022[archive.ph]
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An announcement obviously planned and perfectly synchronized with the U.S. authorities:

@SecBlinken Secretary Antony Blinken United States government official · Sep 23, 2022 ·Twitter
We took action today to advance Internet freedom and the free flow of information for the Iranian people, issuing a General License to provide them greater access to digital communications to counter the Iranian government’s censorship.

@elonmusk ·Sep 23, 2022
Activating Starlink …

▲ We took action today to advance Internet freedom and the free flow of information for the Iranian people, issuing a General License to provide them greater access to digital communications to counter the Iranian government’s censorship. ·Sep 23, 2022[web.archive.org]
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And not even waiting for 2027, being too frantic to test its newest space weapon, the Bluewalker-3 satellite, the U.S. administration is willing to exploit the 2022 Iranian Autumn Riots to further its geopolitical agenda and attempt a new color revolution.

After Ukraine, Biden administration turns to Musk’s satellite internet for Iran

October 21, 2022

Washington CNN —

The White House has engaged in talks with Elon Musk about the possibility of setting up SpaceX’s satellite internet service Starlink inside Iran, multiple officials familiar with the discussions told CNN.

The conversations, which have not been previously reported, come as the Biden administration searches for ways to support the Iranian protest movement that exploded just over a month ago after 22-year-old Mahsa Amini died under suspicious circumstances after being detained by the country’s morality police.

The White House sees Starlink’s compact, easy-to-use technology as a potential solution to the Iranian’s aggressive efforts to restrict activists’ internet access and communications.
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If a plan is enacted, it would be the second major theater this year — along with Ukraine — where the US government has turned to Starlink to help provide crucial telecommunication services, even as questions swirl around Musk’s reliability in his dealings with the US government.

“He’s a loose cannon we can never predict,” said a senior US defense official familiar with the government’s discussions with Musk and SpaceX about Ukraine.

Concerns over Musk’s unpredictable tendencies intensified after CNN first reported last week that Musk’s company, SpaceX, had been quietly asking the Pentagon to pay tens of millions of dollars per month to fund Starlink in Ukraine and take the burden off SpaceX. In response to that reporting, Musk then abruptly announced on Twitter that he had withdrawn the funding request.

The Pentagon has said this week that talks with SpaceX about Ukraine are ongoing, after documents obtained by CNN showed SpaceX warning the Pentagon last month it could no longer fund or service Starlink in Ukraine “for an indefinite period of time.”

SpaceX claims that providing Starlink services in Ukraine have cost it $80 million so far and that by the end of the year costs will exceed $100 million. SpaceX did not respond to CNN’s request for comment.

A solution or a risk for Iranian activists?

The needs of Iranian protesters and Ukrainian soldiers, and how they would use Starlink, are wildly different. And experts warn that while Starlink in Ukraine has been critical to battlefield successes, getting Starlink into Iran would be a much bigger and potentially more dangerous challenge.

The situation with Starlink and Ukraine does not seem to have deterred the White House from pursuing Starlink, which uses satellites to beam internet service to compact terminals on the ground. SpaceX has around 3,000 such satellites currently in orbit and roughly 20,000 terminals on the ground in Ukraine.
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Some US officials hope that Starlink’s on-the-ground terminals will one day become as prevalent in Iran as satellite TV dishes. That technology is also technically outlawed by the regime, but is nevertheless abundant across the country, the sources noted. Currently, there are “very few” Starlink terminals already operating in Iran, Musk said in a tweet last week.

But there are several glaring issues with that plan. Chief among them is that Starlink’s satellites require physical terminals on the ground to connect to, and their signals could be easy to detect. Smuggling the units across the border into Iran is just the first challenge, before they would then hypothetically be used by undisciplined protesters under the harsh gaze of Iran’s security services.

“I’m really concerned that there is a lack of knowledge about the security or even training how people can hide those signals,” said Amir Rashidi, the director of internet security and digital rights at Miaan Group, who was forced to flee Iran after the 2009 protests. “It’s going to be really risky for people in Iran to use it in a massive scale.”

Rashidi said more instruction materials are needed, in Farsi, to help protesters understand how to better cover their tracks and use equipment safely. He argues more investment is needed on circumvention tools and work by the UN’s International Telecommunication Union.

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Arms build up advancing according to plan, reaching the 100 Starlinks active by Christmas 2022 in Iran confirmed by Elon Musk:

▲ Approaching 100 Starlinks active in Iran. 5:58 PM · Dec 26, 2022[archive.ph]
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▲ CODE RED: Starlink the number one threat to the world's security.[web.archive.org]
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6.2.XX.1.2. Iranian Asymmetrical Warfare Focus Tree

Obviously, Iran can not fight the U.S. hegemon like the Chinese superpower does by outnumbering the enemy with more orbital weapons.

Because, the GDP ratio of China's versus the U.S.' is in the East Asian superpower's favor, and in the case of Iran a lost cause.

In this asymmetrical warfare, Iran still holds some cards though.

Before resorting to the use of brute military means, as a theocracy, the Iranian Focus Tree offers two options to mobilize the world's popular masses.

Iranian Focus Tree

The number one threat to the world's security can only be dealt with force, neither with internet switches nor with optical fibers' cutting pliers.

• Annual International Starlink World Awareness Day

It would be appropriate for Iran to establish after June 2021 an annual international Starlink World Awareness Day.

• Fatwa against Starlink

Meanwhile, Iran as a theocracy has a special tool in its Focus Tree, that should be activated now.

That is right after the 2021 Iranian Presidential Election. The new elected Principlist administration would have the option to issue a Fatwa stating that the U.S. Starlink is Haram (forbidden).

Fatwas involving violence are more likely to be well known than other fatwas, especially to non-Muslims. One possible reason is that non-Muslims regard most fatwas as not affecting them, but fatwas involving violence can potentially affect them. Fatwas do not only affect non-Muslims. It is important to note that a Fatwa is meant to be issued by a legal scholar, not by any political entity. Generally, any given case may have many fatwas (legal opinions) written by the scholars of the region and time. The fatwa backed by the State is the one with legal power.

It the case of Starlink, the effect of a fatwa would be to rise the awareness worldwide, and more than a simple World Awareness Day.

As of March 2021, as expected, zero headlines in the world are dedicated to the Starlink threat to world peace. While 90% are monoplolized by the smokescreen called COVID-19.

But what is to be even more highly deplored is that no headlines are dedicated to the Starlink threat in the nations of the Axis of Resistance. A fatwa is meant to change that.

6.2.XX.2. Iran's ASAT options

The Islamic Revolutionary Guard Corps (IRGC) must bolster Iran's ASAT capabilty ASAP, as time is running out! Only a few years if not months before it is too late.

And make sure that the killing of IRGC's Quds Forces Martyr Major General Qasem Soleimani and Iran's top nuclear scientist Mohsen Fakhrizadeh are not followed by the martyrdom of other VIPs.

6.2.XX.2.1. ASAT Missile Weapons

But as a first stop-gap, it would rely for the months to come on more conventional and already tested liquid propellant Khorramshahr-class ballistic missiles, targeting the SSO orbits but tipped with EMP warheads.

How quickly could Iran assemble a weapon?
It would take them a matter of weeks.

▲ How quickly could Iran assemble a weapon? It would take them a matter of weeks. · Jul 8, 2022[web.archive.org]
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As of July 15, 2022, estimated minimum time it would take Iran’s IR-1 and IR-2m centrifuges presently installed in production mode to enrich enough uranium for:
One weapon: 1.2 weeks
Two weapons: 1.7 weeks
Three weapons: 3.3 weeks
Four weapons: 5.1 weeks
Five weapons: 9 weeks
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Videoludomancy

Homefront (2011)[web.archive.org]2[archive.ph] is a first-person shooter video game developed by Kaos Studios and published by THQ.

In 2025, the Greater Korean Republic, now a major superpower, launched a supposed advanced GPS satellite that would be a signal of peace, but is actually a secret orbital weapon that detonated a high-altitude nuclear device over the U.S., creating an EMP blast that wipes out much of the nation's electrical infrastructure. In the ensuing chaos, the Korean People's Army (KPA) launches a massive amphibious invasion, starting the Korean-American War. They seize control of Hawaii and much of the U.S. Pacific Coast. Korean paratroopers are deployed over the Midwestern United States, and with the U.S. military severely crippled and scattered, launches a final offensive to take control of the remaining states.

Homefront: The Revolution (2016)[web.archive.org]2[archive.ph] is a first-person shooter video game developed by Dambuster Studios.

It is the reboot/sequel to Homefront. Homefront: The Revolution takes place in 2029 in an alternate timeline, following the protagonist Ethan Brady as he joins a resistance movement against the army of a North Korean occupation in the city of Philadelphia.

In the game's final DLC, Beyond the Walls, after weeks of fighting, the national Resistance movement has ultimately been crushed by the KPA, with the Philadelphia Resistance being the last Resistance cell remaining.

Burnel's mission is to launch a nuclear warhead into space from a nearby decommissioned missile silo so the EMP blast will take out the KPA's APEX satellite network, in order to disable the KPA's massively superior firepower.

Videomancy

The Homefront (2011) video game has even its own movie adaptation.

Red Dawn (2012)[web.archive.org]2[archive.ph] is a videomancy Hollywood action war film directed by Dan Bradley, starring Chris Hemsworth, Josh Hutcherson, etc.

It is revealed that North Korean forces used an EMP weapon crippling the U.S. electrical grid and military, followed by landings along the U.S. east and west coasts.

The U.S. resistance is then tasked to steal the game-changing communications hardware contained in KPA Captain Cho's suitcase.

▲ Red Dawn (2012) videomancy: North Korean Army used an EMP weapon crippling the U.S. electrical grid and military.[web.archive.org]
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Also, the Qased SLV uses Ghadr MRBM first stage, which is sufficiently robust designed to take the additional weight. This combination creates a lightweight SLV or ASAT weapon.

As a second stop-gap, improved all-solid-propellant 2 stages QASED-II ballistic missiles could be used for ASAT missions, targeting the SSO orbits. But only with EMP warheads as IRGC would needs years before it can master kinetic kill vehicles (KKV) technologies.

If only for deterrence purpose.

▲ Khorramshahr-class ballistic missiles, for ASAT missions targeting the SSO orbits and tipped with EMP warheads.[web.archive.org]
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Iran’s Regular Air Force Air-Launched ASAT Missile

In February 2022, Iran’s Regular Air Force signed a memorandum of understanding to collaborate on space projects with the civilian Iranian Space Research Center (ISRC). One goal of this collaboration is to develop an air-launched SLV to carry small payloads into LEO, modelled after Northrop Grumman’s Pegasus project. 1[web.archive.org]2[archive.ph]

Experts from the Regular Air Force’s Shahid Sattari University have studied a conceptual design for an air-launched SLV, similar to the Pegasus, to launch small cube satellites to LEO.

Once completed, this air-launched SLV, could naturally be repurposed as an air-launched direct ascent ASAT missile.

The final design of Iran's Air-Launched ASAT missile is based on the upscale, double in mass, of the U.S. ASM-135 air-launched anti-satellite multistage missile.

U.S. ASM-135 ASAT

▲ The U.S. ASM-135 ASAT air-launched anti-satellite missile.[web.archive.org]
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Operational range: 648 km
Flight ceiling: 563 km
Mass: 1'180 kg
Length: 5.48 m
Diameter: 50.8 cm
The U.S. ASM-135 was designed to be launched from a F-15A in a supersonic zoom climb.

Compare this missile with the case of a Falcon 9 interception, when this target is at the closest range from the Iranian territory:

Falcon-9 altitude at interception is ~265 km
Falcon-9 distance: > 600 km
Falcon-9 elevation: ~15° ± 5° above horizon

This means in the Iranian scenario, the U.S. ASM-135-class ASAT would be unable to intercept the Falcon 9 due to the operational range. And this is the closest distance!

Furthermore, this would be over Saudi territory!

Conceptual Design of Air Launching Vehicle Based on Scaling Law

Abstract

Satellites weighing 1-10 kg are known as Nano-satellite. With the advancement of technology and the smaller parts of the
electronics, satellites become smaller and lighter every day. Due to the advancement of technology, the use of CanSats and Cubsats
have become more prominent. The optimal and low cost of launching these satellites is air-launch-to-orbit method. The conceptual
design and simulation of the trajectory of an air-launch-to-orbit rocket vary based on the type of aircraft, the technology available to
make the rocket engine, Aircraft’s velocity, Starting Altitude, Initial (the aircraft’s) Flight Path Angle and Latitude and Longitude,
with changes in each of these parameters as a new design. In this research, the feasibility study of air launching vehicle to deliver a
10kg Nano-satellite into a parking orbit using the F-4 aircraft has been performed natively. For this purpose, the conceptual design of
the air launch-to-orbit rocket has been achieved after five design stages. The final design is based on the downscale of the single
operating sample, weighing 2270 kg, length 6.6 m and diameter 0.65 cm. Simulation of the ascent trajectory has been done using a
3DOF code and validated by Pegasus trajectory modeling.

▲ Iran's Air-Launched ASAT missile.[web.archive.org]
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The U.S. ASM-135 was designed to be launched from a F-15A in a supersonic zoom climb.

Meanwhile, Iran's Air-Launched ASAT missile will be launched from a F-4B Phantom II in a supersonic zoom climb.

On 6 December 1959, the second XF4H-1 performed a zoom climb to a world record 30,040 m. Commander Lawrence E. Flint Jr., USN accelerated his aircraft to Mach 2.5 (2,660 km/h) at 14,330 m and climbed to 27,430 m at a 45° angle. He then shut down the engines and glided to the peak altitude.

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Sejil-3 ASAT

A Sejil-3 in ASAT configuration could place some 220 kg in a 500 km into orbit but in a purely ballistic direct ascent interception trajectory, the payload is much higher. Enough for a large ASAT warhead, either KKV or EMP.

▲ Iran's Sejil-3/Zoljanah family. 2021.[web.archive.org]
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6.2.XX.2.1.1. Preemptive Anti-ballistic Missile Strike

A shortcut would be to intercept each Falcon 9 and soon each Starship before they can unload their deadly cargo into LEO, thus preventing the completion of this Dyson Sphere of Death!

Iran is known to intercept all enemy trespassing U.S. drones and cruise missiles (as on 8th January 2020).

Top Commander: No Flying Object Able to Cross Iran's Borders

2022-August-3 19:21

TEHRAN (FNA)- Commander of the Iranian Army’s Air Defense Brigadier General Alireza Sabahifard stressed the high capabilities of the country's radar systems in tracking and intercepting enemy airborne objects, and said no object could cross the border to enter the country's airspace irrespective of the altitude at which it flies.

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▲ On 20th June 2019, US advanced drone RQ-4 Global Hawk was shot down by 3rd Khordad missile system after violating Iran's airspace.[web.archive.org]
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There is no reason intruding Falcon 9 and Starship rockets carrying tonload of WDM should be spared!

Meanwhile time is running out.

Starlink 21 Full Mission Profile

Hr/Min/Sec Event

00:00:00 Falcon 9 Liftoff
00:01:12 Max Q (moment of peak mechanical stress on the rocket)
00:02:33 1st stage main engine cutoff (MECO)
00:02:36 1st and 2nd stages separate
00:02:44 2nd stage engine starts (SES-1)
00:03:10 Fairing deployment
00:06:41 1st stage entry burn complete
00:08:26 1st stage landing
00:08:48 2nd stage engine cutoff (SECO-1)
00:45:33 2nd stage engine starts (SES-2)
00:45:35 2nd stage engine cutoff (SECO-2)
01:04:31 Starlink 21 payload deploy

Launch: 2021-03-14 10:01 UTC. Deployment: 2021-03-14 11:06:01.860 UTC.

This means the deadly cargo is released into LEO after 1 hour, starting to disperse and making interception even more difficult!

Meanwhile, the Falcon 9 will only fly over Iran's horizon once, at ~T:30 minutes. Before 2nd stage engine starts. Only one window of opportunity to destroy these WMD!

Altitude of interception is ~265 km, and the target's path in the Southern direction, coming from Turkey right over the Saudi territory before heading toward the Indian Ocean.

▲ Meanwhile, the Falcon 9 will only fly over Iran's horizon once, at ~T:30 minutes, before the deadly cargo of WMD is released into LEO.[web.archive.org]
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The hunt is on!🎯

6.2.XX.2.2. Directed Energy ASAT Weapons

After 2027, to destroy 42'000 Starlink DEW platform would be utterly cumbersome for a minor power like Iran.

With a total of less than 10 space launches over a decade, how can one manage to launch 42'000 ballistic KKV ASAT weapons in case of conflict?

A shortcut would be to intercept each Falcon 9 before they can unload their deadly cargo into LEO, thus preventing the completion of this Dyson Sphere of Doom!

Obviously, after the completion of the Starlink WMD, non-space-based Directed Energy ASAT weapons will be the the only possibility left.

Meanwhile time is running out.

Indeed, the U.S. military is starting to add optical coatings to the Starlink platforms, to better evade enemy optical detection, and could well be made totally stealth both optically and to the radiowaves by 2027!

Set of telescopic images showing in an overview how SpaceX managed to reduce brightness and visibility of Starlink satellites in the parking orbit by changing configuration/attitude over the year 2020. All images taken secondary focus with a 10 inch telescope.

▲ Solar array mostly brighter than Bus in March 2020, but about invisible in October 2020.[web.archive.org]
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6.2.XX.2.2.1. Iran's Near Space ASAT Flying Manta Ray

Bavar-2 seaplane's doctrine

https://www.youtube.com/watch?v=4_KaQ1n-TWE
▲ Islamic Iran Launches Bavar-2 ekranoplan (part 2)•Sep 29, 2010
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Submarines use thermoclines to evade detection, the way an aircraft flying low over the horizon uses atmospheric refraction to its advantage.

Similarly, any aero-naval platform that make use of the two submerge/surface and surface/air interfaces can significantly decrease the probability of being detected.

Bavar-2 seaplane is the first Iranian aero-naval platform specifically designed to reduce the probability of detection, by lurking between the surface/air interface.

▲ Fata Morganas are dramatic mirages, usually appearing as floating ships or islands.[web.archive.org]
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https://www.youtube.com/watch?v=e6IN8Aoben4
▲ 會飛的魔鬼魚•Aug 25, 2013
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Iran's Near Space ASAT Heavy Interceptor

Similarly, the proposed Iranian Near Space ASAT Heavy Interceptor would only make short jumps into space, of a few minutes at most, the time to conduct laser strikes, before plunging back into the lower part of the denser atmosphere.

U.S. ASM-135 ASAT

▲ The U.S. ASM-135 ASAT air-launched anti-satellite missile.[web.archive.org]
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Operational range: 648 km
Flight ceiling: 563 km
Mass: 1'180 kg
Length: 5.48 m
Diameter: 50.8 cm
The U.S. ASM-135 was designed to be launched from a F-15A in a supersonic zoom climb.

Compare this missile with the case of a Falcon 9 interception, when this target is at the closest range from the Iranian territory:

Falcon-9 altitude at interception is ~265 km
Falcon-9 distance: > 600 km
Falcon-9 elevation: ~15° ± 5° above horizon

This means in the Iranian scenario, the U.S. ASM-135-class ASAT would be unable to intercept the Falcon 9 due to the operational range. And this is the closest distance!

Furthermore, this would be over Saudi territory!

In a nutshell, Iran can only use ASAT missiles with range superior to the U.S. ASM-135's or alternatively consider Laser ASAT.

Meanwhile, the Falcon-9 elevation of ~15° ± 5° above horizon at the closest distance, means it would be too low for a good ground-based laser interception.

Even with the use of Adaptive Optics (A.O.) to counter distortions from the atmospheric turbulence, losses due to the absorption, diffusion, backscattering, ionization and breakdown of the atmospheric molecules, would make it very difficult.


From 566 km distance, the Falcon-9 second stage, of similar size to the Hubble telescope, would be sufficiently resolved already in a 127 mm Maksutov.

But the below image was taken from an elevation of 70° far from the 15°!

▲ The Falcon-9, of similar size to the Hubble telescope, would be sufficiently resolved already in a 127 mm Maksutov. But the image was taken from an elevation of 70° far from the 15°![web.archive.org]
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Based on the U.S. 1984 the Space Based Laser[web.archive.org]2[archive.ph] (SBL) program, these are the basic requirements for an effective ASAT laser:

With a range of 4'000 km (up to 12'000 km), a spot size of 0.3 to 1.0 meter at focus, this orbital combat system would have weighted 35 tons.

The 8 meter mirror is segmented so that it can be folded inside a launch vehicle and unfurled in orbit like flower petals.

Its deuterium-fluoride laser at 2.7 mm would have produced an 5-10 MW output.

Iran has one solution.

To fit the laser weapon on an airborne platform, such as the heavy military transport aircraft, Ilyushin-76, that is currently in the inventory of Iran.

Below is a recent Russian proposal for a somewhat similar purpose.

▲ The new aircraft is a conversion of an Il-76MD-90A heavy transport and the mirror system, by which the laser is directed on to the target, is placed inside a large drop-shaped fairing on front of the fuselage behind the crew cockpit. March 2020.[web.archive.org]
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Specifications (Il-76TD)

Capacity: Il-76M: 42'000 kg; Il-76MD: 48'000 kg; Il-76MD-90A: 60'000 kg
Length: 46.59 m
Height: 14.76 m
Empty weight: 92'500 kg Il-76TD-90; 92'000 kg Il-76MD/TD
Max takeoff weight: 195'000 kg
Powerplant: 4 × Soloviev D-30KP turbofans, 117.7 kN thrust each
Maximum speed: 900 km/h
Maximum speed: Mach 0.82
Service ceiling: 13'000 m

We see that Iran needs to place the 35 tons laser complex inside the cargo bay. What is more tricky is how to place a 8 meter diameter mirror inside, while ensuring a free direct line of sight from within the cargo bay.

Unlike the Russians, that house the laser inside a large retractable dorsal turret, Iran would have to breakdown the 8 meter diameter mirror into multiple smaller mirrors, and align them inside the cargo bay. Such as 16 mirrors of 2 meter diameter.

Of course currently Iran is not known to have the capacity to indigenously produce 2 meter diameter mirrors. Therefore it would have to be breakdown into even smaller ones.

All laser beams would be re-combined at the target with no loss of heat flux density, but decreased resolution in the vertical axis.

The fuselage of the aircraft would need to be opened for the laser beams, similar to gunports, that is the openings in the side of the hull of a galleon.

Unlike the Russian 1 MW laser, Iran's lasers would be solid-state fiber laser in which the active gain medium is an optical fiber doped with rare-earth elements, and the 5-10 MW electric power output would be delivered by batteries.

At the altitude of 13'000 m (service ceiling), seen from the aircraft, the elevation of the Falcon-9 would decrease compared to a ground-based laser, but the atmosphere density would have already decreased as well, making a strike more favorable.

To further improve the strike condition, an hypothetical upgrade would be to propel the aircraft to higher near-space altitudes, in the near vacuum.

Supersonic zoom climb is not suitable, the Ilyushin-76 being not designed to evolve at Mach 2 or Mach 3 powered by its own turbofans.

But by fitting external rocket engines, as boosters developing no less than 100-tf, a powered climb could even be envisaged, and continued ballistically with a coast unpowered at above 40 km altitude or higher.

While at the apogee and during the few minutes of parabolic inertial trajectory the laser strikes could be conducted under optimal conditions.

Notice, thermal insulation over the aircraft would be required as the temperature of air friction during reentry might rise above several 100 of degrees.

The crew would also need to be protected from the vacuum and wear full pressure flight suits, providing oxygen.

A final hypothetical platform would be to use a modified civilian Airbus passenger jet, with the advantage over the Ilyushin Il-76MD transport, of an overall length of ~60 m allowing to align all 16 mirrors of 2 meter diameter in a row, and offering a better line of sight for the laser gunports resulting from its mid wing configuration!

Active Detection and Targeting of Stealth Space Targets

Although the new train of Starlink weapons could still be easily observed in the morning before dawn with naked eyes, as very rapid passing bright white spots of ~4.8 magnitude, from a 425 km distance from the ground (~351 km altitude), time is running out!

Indeed, the U.S. military is starting to add optical coatings to the Starlink platforms, to better evade enemy optical detection, and could well be made totally stealth both optically and to the radiowaves by 2027!

This leaves one more question to address. How could Iran detect, track and conduct the attack against stealth weapons?

Being a platform evolving above the densest layers of the atmosphere, even in the near space altitude, the Iranian indigenous airborne near-space laser ASAT heavy interceptor would not need to use a radar.

Lidar is a well known optical technology for measuring a target's range and radial velocity.

Quantum entanglement Lidar systems use entanglement between transmitted signals and retained idlers to obtain significant quantum enhancements in simultaneous measurement of these parameters.

The tremendous detection and resolution capacities allowed by the large 2 meters aperture mirrors used to steer the laser beams during the target engagement will be also used for the detection phase.

The mirrors would be used to scan the LEO by sending streams of single entangled photons in the visible wavelength.

Once the coordinate of the target is determined, the detection beams would be switched to the engagement laser of 5-10 MW output, and then ensure a quick neutralization of the trespassing target.

Passive Detection of Stealth Space Targets

Meanwhile, this active method of detection could reveal prematurely to the enemy the presence and position of the Iranian laser ASAT interceptor squads.

The need to use another method for passive detection of stealth targets should therefore be envisaged not as alternative but as complement tactics.

Evolving at Near Space altitude, the Iranian laser ASAT interceptor squads would always benefit 24/7 from a dark background sky, unlike aircrafts that fly below in the atmosphere.

This unlocks the possibility to use the background celestial luminous objects as reference, that reach the staggering number of [classified] with a 2 meters diameter aperture primary mirror, or above magnitude of 24 in rapid exposure mode, and even up to [classified] with a combined equivalent 8 meters diameter aperture primary mirror, or magnitude of 34 in rapid exposure mode.

In an ulterior improved development, Iran's IRGC laser ASAT interceptor units could use infrared wavelengths detectors to further push the magnitude detection threshold of the background celestial reference objects.

Occultation of the reference celestial objects while brief could then be detected and allow to reconstruct the velocity vectors and coordinates of the enemy stealth spacecraft in LEO.

Once the coordinates of the target is determined, the mirrors would be switched to the attack mode, delivering a laser beam of 5-10 MW output, and then ensure a quick neutralization of the trespassing target.

▲ Starlink: the number one threat to the world's security.[web.archive.org]
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6.2.XX.2.2.2. Hadron Accelerator ASAT Weapon

After 2027, to destroy 42'000 Starlink DEW platform would be utterly cumbersome for a minor power like Iran.

Obviously, any ASAT weapons on the surface would be destroyed by the U.S. Starlink WMD even before any Iranian move.


Indeed, the U.S. is too well aware of its own weakness, and will spare no effort in its last-ditch attempt to prevent the fall of its imperial hegemony.

Tory Bruno the CEO of United Launch Alliance (ULA), a joint venture between Lockheed Martin Space and Boeing Defense, revealed that the U.S. top priority should be to make the Axis of Resistance's ASAT weapons totally irrelevant and that the U.S. should solve future space wars with massive retaliations on adversary ground targets.

Deterring Aggression in Space

Jun 29, 2022

The second broad technique turns this around, seeking to render any practical attack obviously ineffective. In an environment where aggression will stimulate economic, diplomatic, political, and military consequences, an adversary is discouraged from acting when no conceivable attack can succeed in achieving a meaningful success. This is clearly the current correct approach for deterring aggression in space for several reasons.

An attack in space will not be immediately existential for the U.S., nor would it directly involve the loss of life. An overwhelming retaliation on earth almost certainly would. This would be morally ambiguous at best, likely opposed by the American public, and unlikely to be supported by the President. An overwhelming retaliation in space would risk fowling of the global orbital commons, potentially doing more harm to all than the adversary’s initial attack. So, we must instead seek the means to render attacks upon our space assets ineffective.
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We should not look to pace Russia or catch up to China. We must leapfrog them. While the decades long effort and massive investment might seem like a daunting advantage, it is also a tremendous opportunity.
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We must seek to make these space weapons irrelevant. In doing so, we will reset the clock. We will deter aggression in space, ultimately deterring violent territorial expansion here on earth.

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The only solution for Iran is to bury deep underground the IRGC's most valuable military assets.

将把地下军事设施挖到四千米超深，伊朗伊斯兰共和国一定能取得胜利！
——伊朗伊斯兰共和国总统马哈茂德·艾哈迈迪内贾德

With underground military facilities dug to a depth of four kilometers ultradeep level below surface, the Islamic Republic of Iran will be the victor!

- H.E. Dr. Mahmoud Ahmadinejad President of the Republic of Iran

Deep-Level Mining And Ultradeep Level Mining

The exploitation of mineral deposits by underground mining methods.

'Deep' is often interpreted as meaning 5,000 ft (1.5 km) or more.

The distinction of deep level and ultradeep level is a vague one, and has changed with the times. Ultradeep is now a mining level at a vertical depth of 9,000 ft ( 2.7 km) and over.

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Iran begins producing rare earth for first time

28 January 2020

Iran has launched a pilot project for extraction of rare earth after obtaining the technology for deep-level mining, the head of Iran’s largest holding in metals sector known as IMIDRO says.

The achievement will create significant added value for Iran, Khodadad Gharibpour said at the inauguration of the landmark project on Tuesday.

Every year, Iran imports 180 tonnes of rare earth elements which are used in a wide range of consumer products such as catalysts in cars and oil refineries, televisions, superconductors and fiber optics.

Gharibpour was thankful to Ministry of Industry, Mine and Trade's support for technology and research, saying Iran was able to obtain the know-how for extraction of these elements which require deep-level mining and are costly to process.

“The price of each kilo of these elements is between $5 and $60, the production of which can bring in a lot of hard currency,” he said.

Deputy head of the Atomic Energy Organization of Iran Pejman Rahimian said the launch of the pilot plan for extraction of rare earth elements was a "big event".
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Gharibpour said Iran currently has in place deep-level mining on its agenda. IMIDRO subsidiary Iran Minerals Production and Supply Company (IMPASCO) is now exploring minerals in depths of up to 3,000 meters in central Iran, he said.

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▲ Iran Saghand Uranium Ore Mine. 2 January 2015[web.archive.org]
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To strike LEO from 3000 m deep underground will limit the options to a few types of Directed Energy ASAT Weapons.

Basically, proton and upgraded hadron particle accelerators.

Iran has still to make some progress in this field, with only electron accelerators so far.

Iranian atomic scientists innovate electron accelerators

Feb 8, 2022, 9:42 PM

TEHRAN, Feb. 08 (MNA) – Head of the Atomic Energy Organization of Iran (AEOI) Mohammad Eslami says that Iranian scientists have manufactured electron accelerators.

With the new achievement, the AEOI head said that the Iranians have now joined the United States as the few country that has achieved the electron accelerators before.

Electron accelerators have been completely localized by Iranian experts and are on the way to the industrialization stage, Eslami added.

MNA

News Code 183731

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The following step will be to upgrade to proton accelerators, with higher energy. To power these underground weapons, only nuclear plants can be considered.

One such exotic ASAT weapon is depicted in Moon Crash (2022), a rare Hollywood videomancy, where the CERN's Large Hadron Collider is used to create an EMP in outer space.

Moon Crash (2022)[web.archive.org]2[archive.ph] is a rare Hollywood videomancy sci-fi disaster movie by The Asylum and a mockbuster of Roland Emmerich’s big-budget blockbuster Moonfall.

Directed by Noah Luke, it stars Jeremy London, Marisha Shine, etc.

It depicts various known or fictional asteroid deflection techniques, against a NEO of the size of Manhattan, resulting from a drilling accident on the Moon by a global steelworks company, including EMP induced by hadron collider beam, LIDAR-induced EMP and other type of EMPs, ICBMs with nuclear warheads, and solar mirrors beam.

▲ Moon Crash (2022) videomancy: EMP induced by hadron collider beam at CERN's LHC.[web.archive.org]
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Even a regional EMP in outer space alone can not take down all the Starlink WMD at once. But this should suffice to initiate a chain reaction in the ensuing Kessler Syndrome.

Starfish Prime: The First Accidental Geomagnetic Storm

July 8, 2022

July 9, 2022: Sixty years ago today, one of the biggest geomagnetic storms of the Space Age struck Earth. It didn’t come from the sun.

“We made it ourselves,” recalls Clive Dyer of the University of Surrey Space Centre in Guildford UK. “It was the first anthropogenic space weather event.”

On July 9, 1962, the US military detonated a thermonuclear warhead 250 miles above the Pacific Ocean–a test called “Starfish Prime.” What happened next surprised everyone. Witnesses from Hawaii to New Zealand reported auroras overhead, magnificent midnight “rainbow stripes” that tropical sky watchers had never seen before. Radios fell silent, then suddenly became noisy as streetlights went dark in Honolulu.

Essentially, Starfish Prime created an artificial solar storm complete with auroras, geomagnetic activity, and blackouts. Much of the chaos that night was caused by the electromagnetic pulse (EMP)–a ferocious burst of radiation that ionized the upper atmosphere. Ionized air over the Pacific pinned down Earth’s magnetic field, then let it go again when the ionization subsided. The rebound created a manmade geomagnetic storm for hundreds of miles around the blast zone.
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“The explosion led to the early demise of all the spacecraft in orbit at the time. These included Ariel-1, the UK’s first spacecraft, and Telstar-1, a US communications satellite which had the bad luck to be launched the very next day.”

Normally, geomagnetic storms bring down satellites via orbital decay. The upper atmosphere heats up and expands to the point where it can pull satellites down toward Earth. Starfish Prime was different.

“The explosion filled Earth’s magnetosphere with energetic electrons,” explains Dyer. “Electrons were injected by the gradual beta decay of fission products and added to our planet’s natural radiation belts. There were increased fluxes of trapped electrons for many years after the blast.”

These artificial electrons hit satellites hard, degrading their electronics and solar arrays.

“Ariel-1 became almost unusable after 4 days due to power degradation and tape recorder failure,” recalls Dyer. “The Telstar satellite lasted until November 1962 when its command decoder failed. It still managed to provide the first transatlantic TV feed, synchronize UK/US time to 1 microsecond and inspired the Tornado’s rock classic ‘Telstar,’ which used recordings of a flushing toilet played backwards.”

Starfish Prime serves as a warning of what could happen if Earth is blasted by high doses of radiation. Sixty years later, researchers are still learning what it can teach us about the vulnerability of power grids. An even scarier atmospheric explosion may have been Soviet test 184 (also designated K3) on October 22, 1962, which set fires and knocked out hundreds of miles of power lines in Kazakhstan. That, however, is a different anniversary.

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During the height of the Cold War back in 1985, U.S. patents have proposed device to heat parts of the ionosphere for defence purposes.
The document claims the technology could be used for “missile or aircraft destruction” or “weather modification”.

Method and apparatus for altering a region in the earth's atmosphere, ionosphere, and/or magnetosphere

1985-01-10

In the past several years, substantial effort has been made to understand and explain the phenomena involved in belts of trapped electrons and ions, and to explore possible ways to control and use these phenomena for beneficial purposes. For example, in the late 1950's and early 1960's both the United States and U.S.S.R. detonated a series of nuclear devices of various yields to generate large numbers of charged particles at various altitudes, e.g., 200 kilometers (km) or greater. This was done in order to establish and study artificial belts of trapped electrons and ions. These experiments established that at least some of the extraneous electrons and ions from the detonated devices did become trapped along field lines in the earth's magnetosphere to form artificial belts which were stable for prolonged periods of time. For a discussion of these experiments see "The Radiation Belt and Magnetosphere", W. N. Hess, Blaisdell Publishing Co., 1968, pps. 155 et sec.

Other proposals which have been advanced for altering existing belts of trapped electrons and ions and/or establishing similar artificial belts include injecting charged particles from a satellite carrying a payload of radioactive beta-decay material or alpha emitters; and injecting charged particles from a satellite-borne electron accelerator. Still another approach is described in U.S. Pat. No. 4,042,196 wherein a low energy ionized gas, e.g., hydrogen, is released from a synchronous orbiting satellite near the apex of a radiation belt which is naturally-occurring in the earth's magnetosphere to produce a substantial increase in energetic particle precipitation and, under certain conditions, produce a limit in the number of particles that can be stably trapped. This precipitation effect arises from an enhancement of the whistler-mode and ion-cyclotron mode interactions that result from the ionized gas or "cold plasma" injection.

It has also been proposed to release large clouds of barium in the magnetosphere so that photoionization will increase the cold plasma density, thereby producing electron precipitation through enhanced whistler-mode interactions.

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The main question remains whether a hadron accelerator can generate at all such an EMP in outer space. It is understood that the particles should be highly penetrating to reach space first then decay into some less penetrating type of particles such as electrons, able to generate an EMP through the interaction with the Earth's magnetosphere.

A less energy consuming quicker option but requiring tremendous targeting accuracy and timing, will be to produce high energy proton beams with the accelerator, then after collision with a primer, generate highly penetrating particles able to reach space, and finally decay into some highly interacting particle again, targeting selected individual Starlink WMDs' core.

This should in turn suffice to initiate a chain reaction in the ensuing Kessler Syndrome.

▲ While you wasted your days at the Long-range Missile Test Site in pursuit of military supremacy through MIRV, PENAID and ABM I cultivated DIRECTED ENERGY EMP ASAT DOCTRINE. [web.archive.org]
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6.2.XX.2.2.2.1. Elon Musk's Reaction

As the Hadron Accelerator ASAT Weapon can no longer be overlooked, correctly assessed as a most credible game-changer ASAT weapon, Elon Musk's 21st August 2022 Twitter post, betrays both fear and uneasiness, with an unusual spate of vituperation let loose against someone's 'large hadron collider [...] a demonic technology unlike anything the world has ever seen'.

Notice his mood, represented by an Angry Face With Horns emoji 👿.

▲ 'large hadron collider [...] a demonic technology unlike anything the world has ever seen'. Aug 21, 2022·Twitter[web.archive.org]
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6.2.XX.2.3. Preemptive Ballistic Missile Strike At The U.S.' Weak Point

1. Introduction

Gone are the days when the U.S. could threaten the Islamic Republic of Iran with a blunt military invasion.

And as of 2018, Iran has already secured a credible deterrence against any direct act of aggression.

This is why the U.S. is now mostly using indirect strategies of proxy war against such military powerhouses, as demonstrated with the 2011 Jasmin Revolution targeting Syria, Libya and all the Middle East, the 21 February 2014 coup against Ukrainian President Viktor Yanukovych, and of course the botched 15 July 2016 coup d'état, thwarted by Turkish President Erdogan. 1[web.archive.org]2[archive.ph]

For this, no need to reach the American continent. Iran's IRGC has the ability to strike at the U.S. Dystopian Empire's Achilles' heel, that is at the U.S. 20,000 orbital military satellites[web.archive.org]2[archive.ph], and all the related ECHELON ground facilities.

Indeed, this Iranian special ability in its focus tree of asymmetrical warfare through proxy with the obvious advantage of plausible deniability therefore allowing to avoid a direct U.S. nuclear retaliation, is so potent that even Russia has dreamed to possess this game-ender card following its unfortunate confrontation with NATO in the 2022 Ukrainian escalation war.

February 2023

“Aren’t there enough people in the world seeking revenge against the United States? They simply don’t have the weapons to do it. Why are we yet to supply weapons to them? Why didn’t some unknown person, totally unknown, blow up the lines of communication that are strategically important for the United States?”
- Igor Sergeevich Shishkin

▲ Why didn’t some unknown person, totally unknown, blow up the lines of communication that are strategically important for the United States?[web.archive.org]
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Videomancy

Interceptor (2022)[web.archive.org]2[archive.ph] is an American-Australian action drama film directed by Matthew Reilly starring Elsa Pataky and Chris Hemsworth.

It is a videomancy artistic depiction of the U.S. colossus with feet of clay's ultimate vulnerability.

An Empire that can never sleep well at night, haunted by fears such as the single grain of sand in the gear of the almighty Empire that can cause anytime and without notice its miserable dreaded collapse.

In the movie, it is the vulnerability of the lone seaborne missile interceptor platform known as SBX-1, one of the only two U.S. early warning stations that can detect and shoot down nuclear missiles from Russia.

And this is exactly where a Russian controlled renegade commando strikes, paving the way to a massive Russian nuclear strike targeting mainland U.S.

▲ Interceptor (2022) videomancy: Sea-Based X-Band Radar SBX-1 Defending the skies[web.archive.org]
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▲ Interceptor (2022) videomancy: Seaborne missile interceptor platform SBX-1[web.archive.org]
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▲ Interceptor (2022) videomancy: After this day America will no longer exist.[web.archive.org]
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2. Space assets: the Achilles' heel of the U.S. Dystopian Empire

The U.S. Dystopian Empire is known to rely for its survival on its 20,000 orbital military satellites, of which probably 90% are constituted of psychotronic-type.

And this since having taken over the world, even before the dust of WWII could settle, in a surprise and most treacherous unprovoked attack, with a fleet of orbital psychotronic (mind-control) satellites from outer space.

▲ Pax Americana, circa ~1947AD: The WWIII started when rogue U.S. splinter forces invaded Europe, even before the dust of WWII could settle, in a surprise and most treacherous unprovoked attack, with a fleet of 20,000 orbital psychotronic (mind-control) satellites from outer space.[web.archive.org]
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Meanwhile by 2027, the 42'000 additional Starlink WMD will be another tool in the hand of the U.S. for controlling the world masses during peace time, and wage war when not.


Any Iranian salvo of Moksong-2 ICBMs (militarized Safir-2) could easily take down most of the U.S. space satellites with a single EMP blow.

In addition, Moksong-2 ICBMs are able to reach key facilities of the GEODSS, an important piece of U.S. Strategic Command in the Indian Ocean at some 3,800 km south-eastwards.

This is what the U.S. military has stated recently regarding such space tracking facilities (in this case Cobra Dane, Alaska):

December 2018

According to the data, Cobra Dane tracks 3,300 space objects each day that cannot be tracked by any other radar system. Air Force officials noted that when Cobra Dane is not operationally available for space surveillance for short periods (less than 24 hours), they can overcome that downtime without losing track of those unique objects. However, officials told us that it would take six months to reacquire all of the small space objects that Cobra Dane tracks, if they encounter any significant scheduled or unscheduled downtime.

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▲ The U.S. Space Surveillance Network, GEODSS at Diego Garcia.[web.archive.org]
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The Kessler syndrome

The Space Surveillance Network tracks objects down to 2 inches (5 cm) in size in low-Earth orbit. It tracks objects about 1 yard (1 m) in diameter for those in geosynchronous orbit. Any objects 4 inches (10 cm) or larger that are on a collision course with a satellite, etc., require collision avoidance maneuvers. 1[web.archive.org]2[archive.ph]

If the U.S. Space Surveillance Network were to become blinded for an extended period of time for any reason, then the monitors won’t be able to identify the threat quickly enough to perform collision avoidance maneuver.

The consequence would be what’s called the Kessler syndrome, first predicted in 1978. It’s the idea that collisions between objects in Earth-orbit generate space debris; that debris then collides further, creating yet more debris and further collision … and so on in a cascade effect.

Basically its similar to a nuclear fission chain reaction, with the difference of the result being several order of magnitude more powerful, at a game-ending level: nothing less than the total depletion not of fissile Plutonium but of all orbiting space satellites, including the high density Starlink array and Mind-control satellite weapons system.

Once breached and disrupted, without this U.S.' last line of defence, it is doubtful that the world's subjugated people would remain passive onlookers. The inevitable and unstoppable worldwide's uprisings of the oppressed would surely incite the U.S. military rulers to unleash more conventional WMDs such as biological, thermonuclear or EMF (cellphone base station) strikes.

3. Moksong-2 ICBM: the Axis of Resistance's Treasured Sword of Justice

Four advanced ICBM (4대에 걸쳐 진보한 북의 대륙간탄도미사일)

2013/10/01 [12:35]

The length of the Moksong-2 (목성-2호, 木星-2號: Jupiter-2) intercontinental ballistic missile is 32 meters. First stage is 2.4 meters in diameter.

The Dongfeng-4, 28.05m in length and 2.24m in diameter, made in China in the 1970s weighs 82t and has a range of 7,000km.

if [the Moksong-2 ICBM] was made of a three-stage intercontinental ballistic missile, it could carry a warhead of 250 kg at some 15,000 km. Obviously, the Moksong-2 ICBM is a three-stage intercontinental ballistic missile with a range of 15,000 km.

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▲ First ever image of the Moksong-2 ICBM. From video, at T=2:51, from left to right: North Korean (intercontinental) ballistic missiles Hwasong-14, Hwasong-12, Hwasong-15 and Moksong-2.[web.archive.org]
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▲ Iran's IRGC Moksong-2 TEL-launched ICBMs. [web.archive.org]
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4. Geopolitical implications of the 15th January 2019 Safir-2-e-Payam launch

▲ Iran's IRGC Moksong-2 ICBM.[web.archive.org]
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https://www.youtube.com/watch?v=vxV6DWdPin0
▲ Video of the January 15, 2019, Safir-2-e-Payam launch. Published on Jan 15, 2019
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▲ Ground track of the January 15, 2019, Safir-2-e-Payam launch.[web.archive.org]
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▲ Diego Garcia at 3,867 km from South East Iran, within striking range of Iran's IRGC Moksong-2 ICBMs.[web.archive.org]
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The ground track of the January 15, 2019, Safir-2-e-Payam launch has clearly demonstrated Iran's IRGC ballistic deterrence's vital credibility, putting the U.S. Diego Garcia GEODSS within its range.

Unlike the 3 previous failed test launches, the first two stages have performed perfectly for the first time. Separation of the second and third stage succeeded.

The mass equivalent to a warhead that returned and had splashed down to the ocean comprising the Saman-1 upper stage of ~500kg and the Payam-e-Amir-Kabir satellite of 100kg, totaled ~600kg.

The unconcealed greatest dismay and uneasiness following this latest successful ballistic test launch only confirms Washington's acknowledgement of its hopeless vulnerability:

U.S. State Department

Robert Palladino
Deputy Spokesperson
Washington, DC
February 7, 2019

In defiance of the [s]international community[/s], the Iranian [s]regime[/s] continues to develop and test ballistic missiles, including a reported second [s]failed[/s] space launch in less than a month. Space launch vehicles use technologies that are virtually identical and interchangeable with those used in ballistic missiles, including in Intercontinental Ballistic Missiles (ICBMs). This attempted launch furthers Iran’s ability to eventually build such a weapon that threatens our [s]allies[/s].

1[web.archive.org]
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For this purpose, another test launch was therefore conducted on 9th February 2020, at 19:18:13, to confirm the vital reliability of the Moksong-2 weapon system.

▲ Track of the 9th February 2020, 19:18:13 Safir-2-e-Zafar launch.[web.archive.org]
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5. Saman-1 Upper Stage: Roll and Attitude Control Systems (RACS) of the Qaem ICBM

To further increase its combat readiness, by cutting down on the fuelling time of liquid propellant ICBMs, the IRGC will complete the shift to an all solid propellant ICBMs deterrence.

The backbone of it made by Qaem ICBMs. And as confirmed by an 2016 artistic representation in North Korea, the first stage of this ICBM will neither have any planar fins nor grid fins stabilizers.

This only means that the Roll and Attitude Control Systems (RACS[web.archive.org]2[archive.ph]) will be assumed by the 4th stage of the ICBM, provided by clusters of cold gas thrusters.

▲ First disclosure of the Qaem SLV in North Korea: no grid fins or planar fins stabilizers.[web.archive.org]
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▲ Iranian Saman-1 Upper Stage: first step toward the Roll and Attitude Control Systems (RACS) of the Qaem ICBM.[web.archive.org]
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▲ Roll and Attitude Control Systems (RACS) of the Vega solid fuel SLV/ICBM.[web.archive.org]
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6. Qaem ICBM

Stages of the IRGC's ICBM have been tested before 2010s. With the most powerful solid motor measuring up to 3.5 m diameter and 20 m long. With metal casings and graphite jet vanes.

▲ First images of a scaled model of Iran's IRGC Ghaem (SLV) Satellite Launch Vehicle. 12:53 PM · Mar 7, 2022·Twitter[web.archive.org]
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Censored video by youtube:

Iran IRGC Test firing 200mm Solid propellant rocket 1980s First time ایران سپاه آزمایش راکت ۱۹۸۰

Ali Javid

https://www.youtube.com/watch?v=jk2obQy81XM
▲ Iran IRGC Test firing 200mm Solid propellant rocket. 17 feb 2022

Uncensored backup video:

Iran IRGC Test firing 200mm Solid propellant rocket 1980s First time ایران سپاه آزمایش ر

SOLDIER

https://www.youtube.com/watch?v=nxXtbUxnL7o
▲ Iran IRGC Test firing 200mm Solid propellant rocket 1980s .Feb 21, 2022[web.archive.org]
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https://www.youtube.com/watch?v=b0QuhYi038s
▲ Video from the live test performed on Ultra-heavy satellite carrier engine in 2010. Nov 13, 2021[web.archive.org]
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IMA Media • ایما مدیا

This video which is being unclassified for the first time is showing the live test of an engine that belongs to one of the stages of the said satellite carrier.
The test was performed in July 2010.

First ever orbital launch test pre-announced officially, more than a decade later on 24th July 2022:

Iran to launch new homegrown satellite into orbit by year-end

Sunday, 24 July 2022 10:28 PM

A top commander of Iran’s Islamic Revolution Guards Corps (IRGC) says the country will launch a new satellite into orbit by the year-end.

Brigadier General Amir-Ali Hajizadeh, commander of the IRGC’s aerospace division, made the announcement on the sidelines of the 12th Malek Ashtar Festival in Tehran on Sunday.

He said the new home-grown satellite will be launched into space using the country’s Qa’em satellite carrier.

“By God’s will, we will launch the new satellite carrier Qa’em into space by the year-end,” Hajizadeh said, hailing it as a “continuation of [the country’s] achievements” in the field of aerospace technology.

He noted that the enemy today admits to Iran's military capabilities while asserting that the Islamic Republic, its armed forces, and the IRGC have a "valuable position and real superiority".

It is the third military satellite Iran will put into orbit. The country launched its second satellite, dubbed Nour (Light)-2, into orbit in March 2022 and the first one in April 2020.
...
“They (the enemies) say [Iran’s] aerospace, drone, and missile programs are even more important than its nuclear [work],” Hajizadeh said.

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7. Sejil-3 HGV IRBM

Complementing the solid propellant ICBMs, Iran has also designed shorter range solid propellant IRBMs, specially suited to strike Diego Garcia within a very short notice.

18 Feb 2021

Iran is obviously further ahead in the solid fuel game as expected. With 2 meters diameter solid propellant motors with composite casing paraded recently in North Korea...

Since Iran successfully tested a 1.5m diameter motor more than five years ago, it's quite likely they are already progressing on the next steps.

And AIO spokesman Hosseini already gave it to us.

He said that the Zoljanah would be improved and this would include lighter casings, higher specific impulse and flexible nozzles.

1[web.archive.org]
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And again, first disclosed in a North Korean art exhibition:

▲ Works exhibited at the National Drawing Festival (1). 庆祝“光明星”节全国素描庆典上展出的作品（1）. 发表于： 16th February 2016[web.archive.org]
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And other North Korean school arts:

▲ Completion of Pyongyang Children's Traffic Park, 3rd July 2017. 평양시어린이교통공원 준공, 주체106(2017)년 7월 3일 《우리 민족끼리》[web.archive.org]
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Last but certainly not least, this figure highlights the differences in flight profiles and trajectories of a variety of systems, from cruise missiles to ballistics to traditional LEO rocket launches.

Here Type 2: boost-glide hypersonic trajectory

▲ Type 2: boost-glide hypersonic trajectory.[web.archive.org]
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Iran launches satellite carrier with solid fuel engine

Feb 1, 2021, 8:57 PM

TEHRAN, Feb. 01 (MNA) – Iran has successfully launched the Zol-Jannah combined satellite carrier which is equipped with the most powerful solid-fuel engine in the country.

The spokesman of the space division of the Ministry of Defense said on Monday that Iran has launched the Zol-Jannah three-staged satellite carrier which is equipped with a solid-fuel engine.

He went on to say that the satellite carrier has two stages of solid propulsion and one stage with liquid propulsion, adding that it is capable of carrying satellites weighing up to 220 kg in a 500 km orbit.

The spokesperson underlined that the satellite carrier is equipped with the most powerful solid-fuel engine in the country with a thrust of more than 75 tons which is one of the most important achievements of this space experiment.

According to Hosseini, the satellite carrier can be used on moving platforms and is designed to reduce costs, noting that it will be able to put operational satellites in orbit after research tests are conducted.

FA/ 5136684
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8:44 PM · Feb 1, 2021·@Pataramesh·19h

Now what if the shown Zoljanah SLV, with its temperature sensitive liquid propellant upper stage, is transformed to a ICBM?

Here the performance is sufficient for a ICBM if operational constrains are neglected: 720kg payload @ 10.000km

Mass: 52.5t
Length: 26m

But still, IRGC-ASF would not go for it

1[web.archive.org]
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The next step will be to replace the metal casings used in the first 2 stages of the Zoljanah SLV with composite fiber casings, and the graphite jet vanes with flexi nozzles.

This new solid motor called Raafe has been tested in 2022, it has a smaller diameter of 1.25 m compared to the 1.5 m Zoljanah, and is slightly less powerful, developing 68 tons of thrust compared to 74 tons thrust.

The third liquid propellant stage from the Safir-1 SLV could be replaced with the Hwasong-8 ICBM's HGV warhead.

▲ Sejil-3 HGV IRBM: The third liquid propellant stage from the Safir-1 SLV could be replaced with a HGV warhead from the Hwasong-8.[archive.ph]
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https://www.youtube.com/watch?v=t27-sVHWp0s
▲ Successful test of advanced "Raafe" solid-fueled space engine. IMA Media. Jan 13, 2022[web.archive.org]
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Raafe solid-fueled space engine uses lightweight composite materials as casing and also a thrust-vectoring system (Gimbaled nozzles). This engine produces a thrust of 68 tnf (Ton-force) and can be used as the first stage for future satellite carriers.
Before this, solid-fueled engines with composite casing was only available as 2nd and 3rd stage of satellite carriers, but with Raafe engine this limitation has been lifted.

The newly tested motor produced by Iran’s IRGC is dubbed the Raafe. Some outlets have estimated that the Raafe weighs 12.5 tons, is 9 meters long, and 1.25 meters in diameter.

The nuclear capable aero-ballistic Sejil-3 HGV IRBM has a range over 4000 km, and is conceived with an increased survivability, able to perform evasive manoeuvres at hypersonic speed to defeat U.S. interceptors.

▲ Sejil-3 HGV IRBM's 4000 km range putting the U.S. Diego Garcia GEODSS at 3,867 km within its striking range.[web.archive.org]
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8. Conclusion

Indeed the U.S. Dystopian Empire is only a paper tiger, a colossus with feet of clay, since day one of its take over.

Iran has the capability to simply put an end to the century-long Pax Americana, within an hour of conflict, thus starting the dawn of a multi-millennial long Pax Persiana that will be reminded as the longest Golden Age of Humankind. At the discretion of its Supreme Leader, should He decide to do so, and at the time of His choosing.

▲ Iran's IRGC Sejil-3 HGV IRBM and Moksong-2 TEL-launched ICBMs opening the dawn of the Pax Persiana.[web.archive.org]
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TBD