What would happen if you tried to land on a gas giant?

10 months ago

Our solar system contains three types of planets: terrestrial, gas giants, and ice giants.
Gas giants like Jupiter and Saturn are mostly composed of hydrogen and helium.
Gas giants form through core accretion or disk instability.
Core accretion involves dust and rock clumping together and attracting gas from protoplanetary disks.
Disk instability is a newer theory where cooling protoplanetary disks form clumps that evolve into gas giants.
Gas giants lack a defined surface; their atmosphere gradually thins with depth.
Landing on a gas giant is impossible due to extreme temperatures, pressure, and lack of solid surface.
Recent missions like Juno and Cassini suggest gas giants have 'fuzzy' or diluted cores.
Jupiter and Saturn exhibit complex heat and composition gradients, including helium rain.
New findings challenge previous models of gas giant formation and structure.

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