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New world type to add to system generation: Sulphurous worlds

A lava, or molten rock world is possible close to a star. Another that isn't in the rules but possible is a plasma planet. Here you have a gas giant or gaseous planet that is rich in nitrogen and noble gases and has a strong magnetic field. This causes, with atmospheric movement, the atmosphere to become highly charged and ionized to the point where much of it is in a plasma state.

Avoidance is recommended...
 
A lava, or molten rock world is possible close to a star. Another that isn't in the rules but possible is a plasma planet. Here you have a gas giant or gaseous planet that is rich in nitrogen and noble gases and has a strong magnetic field. This causes, with atmospheric movement, the atmosphere to become highly charged and ionized to the point where much of it is in a plasma state.

Avoidance is recommended...
If it's in a plasma state, that's called a star. If it's just gas and not plasma, it's a gas giant or, if large enough, brown dwarf.
 
If it's in a plasma state, that's called a star. If it's just gas and not plasma, it's a gas giant or, if large enough, brown dwarf.
The atmosphere is, not the solid mass of the planet itself. A planet with the right atmosphere and a strong magnetic field with enough solar energy being dumped into the atmosphere to cause high speed winds could result in plasma forming and the atmosphere becoming partially or entirely charged plasma.

All you have to do here is have enough energy that the electrons are stripped from their nuclei and charged. The charge is sufficient and continuous enough that things stay that way. There's no fusion going on as the elements in the atmosphere are too heavy (nitrogen and noble gases) to allow that to happen. The planet is a giant neon sign!
 
In the 24 1/2th century.
2k5zva.jpg
 
A lava, or molten rock world is possible close to a star. Another that isn't in the rules but possible is a plasma planet. Here you have a gas giant or gaseous planet that is rich in nitrogen and noble gases and has a strong magnetic field. This causes, with atmospheric movement, the atmosphere to become highly charged and ionized to the point where much of it is in a plasma state.

Avoidance is recommended...
Close to the sun, or a very large moon (or moons) could enhance tectonic stresses.
 
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