Here's a breakdown:
* No solid surface: Jupiter's atmosphere gradually transitions into a dense, liquid layer of hydrogen and helium.
* Deep atmosphere: Its atmosphere extends hundreds of kilometers deep, and the pressure increases with depth.
* Deep layers: Deep within Jupiter, the pressure and temperature are so extreme that hydrogen becomes a liquid metal. This liquid metallic hydrogen is thought to be responsible for Jupiter's powerful magnetic field.
So, while Jupiter doesn't have a lithosphere in the traditional sense, it does have a complex internal structure with distinct layers.