iopscience.iop.org/article/10.3...
Main parts:
1) First sub-Neptune thermal evolution models to self-consistently couple to a hydrodynamic mass loss code.
2) The finding of a new XUV-driven mass-loss regime, "TEMP," for all sub-Neptunes
iopscience.iop.org/article/10.3...
Main parts:
1) First sub-Neptune thermal evolution models to self-consistently couple to a hydrodynamic mass loss code.
2) The finding of a new XUV-driven mass-loss regime, "TEMP," for all sub-Neptunes
bsky.app/profile/tres...
With a gift link because I think it is very important for people to understand this:
bsky.app/profile/tres...
I hope it doesn't get ended by it 😂
(Seriously though it is AMAZING to see such a surge in activity!)
*a year ago, the Brazilian Swifties community here was probably the biggest on the network
I hope it doesn't get ended by it 😂
(Seriously though it is AMAZING to see such a surge in activity!)
*a year ago, the Brazilian Swifties community here was probably the biggest on the network