@[email protected]M to Science [email protected]English • 4 days agoBlack Holesmander.xyzimagemessage-square128fedilinkarrow-up1757
arrow-up1757imageBlack Holesmander.xyz@[email protected]M to Science [email protected]English • 4 days agomessage-square128fedilink
minus-squareCat_Daddy [any, any]linkfedilinkEnglish2•3 days agoI assumed it would be further inward than the photon sphere because heat radiation is (also an assumption) easier for gravity to hold back than light. I don’t know how “heavy” a star’s heat is, though, so ¯\ˍ(ツ)ˍ/¯
minus-square@[email protected]linkfedilinkEnglish2•3 days agoHeat radiation are particles with a mass and a certain speed, they are all by definition heavier and easier to trap than photons. In terms of escape velocity, nothing can try to escape faster than light.
I assumed it would be further inward than the photon sphere because heat radiation is (also an assumption) easier for gravity to hold back than light. I don’t know how “heavy” a star’s heat is, though, so ¯\ˍ(ツ)ˍ/¯
Heat radiation are particles with a mass and a certain speed, they are all by definition heavier and easier to trap than photons.
In terms of escape velocity, nothing can try to escape faster than light.