Hmm. So, how possible is it for there to be life on a tidally locked world? Like, if it was orbiting a red dwarf or something, and was close enough to be tidally locked but still only got as much light as earth, would it be possible for there to be life? Maybe a thin habitable ring around the edge of the sunlit area? or would it just not be possible to have a viable atmosphere? :/
@Angle Sounds like you have a better grasp of this sort of thing than I do, but wouldn't the weather be kind of horrific?
@shadowfirebird Maybe? I don't actually have much idea what this would look like, I just find the idea interesting. XD
@Angle @shadowfirebird I mean: one side always hot, one side cold -> a f***ing enormous pressure system.
@shadowfirebird yeah, but I think you'd pretty quickly have the hot side get mostly dehydrated, which limits the potential for pressure to build up? So you'd mostly just have a constant breeze. Though some places might see some horrendous wind. and I guess if you continue to have an atmosphere, there must be enough movement back and forth to allow for a healthy pressure system. :/
@Angle @shadowfirebird
My limited understanding is that in weather systems, hot air always moves to cold air. Something something constant rotational hurricane?
Depends on the temperature difference between dark and light sides, I guess. How close to the star are you? Is there something that could heat the arse-side of the planet?
@Angle
I also remember reading that if temp diff is bad enough, you don't get to keep the atmosphere at all. But I don't remember why -- just boils off into space? SF nut, not a physicist, sorry.
@shadowfirebird Mmm, I was worrying about it just condensing on the night side and staying there, so you just had big icebergs of frozen oxygen and nitrogen. Maybe there would be Glacial flows heavy enough to prevent this? Not sure how fast this would happen, nor what kind of force would be needed to balance it out. :/