aren't red dwarf stars much older th, and emit less heat than the Sun?
So, in theory, a exoplanet orbiting one of these (RD) can be much closer to it's host star, or have a tighter habitable zone than that of our solar system?
@LaPersonaNonGrata Also the atmospheres buildingblocks could be very important to keep the temperature down . Or up with a Venus scenario . And ofcourse a stable magneticfield is helpful .
aren't red dwarf stars much older th, and emit less heat than the Sun?
So, in theory, a exoplanet orbiting one of these (RD) can be much closer to it's host star, or have a tighter habitable zone than that of our solar system?
LaPersonaNonGrata 1 month ago
@LaPersonaNonGrata Correct!
SpaceChronologyCom 1 month ago
@LaPersonaNonGrata Also the atmospheres buildingblocks could be very important to keep the temperature down . Or up with a Venus scenario . And ofcourse a stable magneticfield is helpful .
Buzrazer 1 month ago
amazing information.. thats all i gotta say
PekkaSiitoin91 2 months ago
Only a matter of time till we discover an exoplanet with a 1.03 Earth radius in a habitable zone.
SpaceChronologyCom 2 months ago in playlist Uploaded videos