Fun-fact: Exoplanets around Red Dwarfs had been thought to be unsuited for sustaining human/earth life, as their mother stars are too small and the habitable zone around them (not too cold nor too warm) is so close, those potential habitable planets are caught in Tidal locking (meaning they stopped rotating relatively to the bigger mass in their proximity (Red Dwarf) and therefore one side always faces the heat of the star, cooking it, as the star doesn't move on their sky (eternal day -> damn hot) and the other side is freezing cold (eternal night -> arctic doesn't describe it/f**king cold)). One burning heat-pol and a frozen cold-pol. It was thought, that most of a Nitrogen/Oxygen atmosphere would freezw on the cold side and that such a world would be barren.
But then some scientist still ran some atmospheric/weather simulations and alas:
The hot air of the burning deserts goes up (as hot air does), travels around the world, falls as it cools on the night side, but still manages to de-freeze the athosphere/keeps it in gas form. This creates a constant weather system of winds, that blow from the night side to the day side on ground height and (depending on the topography) really nice conditions at that worlds twilight equator.
In short: Their might actually be "eternal sunset" space colonies one day.
(And this type of potential habitable worlds might be even far more common, than earth-like worlds. (More Red Dwarfs, than yellowish Stars, that are around type G2.))