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As for the realism debate, I think the optical solvent cleared the image up pretty well for me!
Edit: and for those wanting realistic gas planets: I don't think it'll be favorable; with the speed reduction for planetary flight, you'd spend a lot of time flying just to inevitably get slower, and slower before you get stuck before even reaching anything that is 100% solid, assuming that your ship would be allowed to withstand the various challenges to its structural integrity that the environment would have to offer.
Literally not how gas giants work. The pressure at the core is extreme, they also now believe that the core of Jupiter is a slush of rock and super fluids. You could never 'land' on the core, its beyond hot and the pressure is extreme. Keep telling yourself otherwise but you're rwrong.
Anyways, I was pretty stoked got Gas Giants even if I could just skim the top layers and if you went down to far it would crush your ship. Basically its just another standard planet.
The gases in a gas giant do not turn to solids under pressure... they turn into supercritical fluids (a state kinda between gas and liquid)
Gas giants are believed to have solid cores, but they are tiny relative to their overall size, and surrounded buy supercritical fluids under immense pressures
*I haven't visited that cursed place in years...
Research says that this is true very DEEP in the planet, and there's certainly no way to land a ship on them and walk around. It's not that different than trying to walk around inside a star.
35,000 Celsius at the rocky core of Jupiter. The core of the sun is only 27,000 Celsius, meaning gas giants are hotter than the sun at their core.
100 MILLION times the atmospheric pressure of Earth.