Gas Giants
Gas Giants are large planets that have very thick atmospheres that make up most of their mass and size. Most of their cores are either super dense liquid goey versions of hydrogen, helium, ammonia or other gases. Or a big rocky core. Most of them have multiple cloud layers. Life forms found on these worlds are sky whales, forms of sky plankton, plants that use balloons, animals that use balloons to float.
Gas Super Giants
They are nearly big enough to become a brown dwarf. They are super pressured at the centre. Normally have solid cores of hydrogen, helium and other gases. And maybe a rocky core below that. Has lots of cloud layers and sometimes have very humungous ring systems like J1407b.
Hot Jupiters
Hot Jupiters are gas giants, or gas super giants that are very close to their star. Some of them are boiling away, others are somewhat of a stable area and their atmosphere is not boiling away. They will eventually evolve into a class called a Burning Core.
Burning Core Worlds
If a hot Jupiter is a bit too close to a star and it’s atmosphere boils away it eventually gets left with a Burning Core World. The surface is covered in lava and volcanos. If the star cools down later in life it can become a Mercurian Class World or if the hot Jupiter boils away in a younger solar system it could migrate and become a whole variety of types of worlds.
Was Earth once Burning Core World? Can you describe J1407b?
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It is currently a hypothesis that Earth was once a burning core world. It is still being argued over to this very day. Please see this link to understand more about J1407b https://astronomynow.com/2015/01/26/exoplanet-j1407b-possesses-ring-system-200-times-larger-than-saturns/
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Gotcha – I now understand . Thanks
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Good
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The gas giants in our solar systems may have a hydrogen core, in Jupiter’s case liquid and in other cases solid. Helium is only a secondary component. Tell me more about planets with a Helium core.
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There are just so many, it would be impossible
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Do you have any lava planets, i.e. a theoretical type of terrestrial planet with a surface mostly or entirely covered by molten lava.
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Yes
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What would the core be like?
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What core are you talking about
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