← Back to context Comment by jpeterson 4 days ago How do you deal with Hawking radiation? 2 comments jpeterson Reply henry2023 4 days ago Maybe with space expansion? With more space, particles interaction is weaker overall. So the whole system kind of loses total energy.* Not a physicist so this is a really uninformed take brian-bk 4 days ago flip the direction of time and hawking radiation ""creates"" mass/energy inside a black hole (overall mass/energy is conserved)
henry2023 4 days ago Maybe with space expansion? With more space, particles interaction is weaker overall. So the whole system kind of loses total energy.* Not a physicist so this is a really uninformed take
brian-bk 4 days ago flip the direction of time and hawking radiation ""creates"" mass/energy inside a black hole (overall mass/energy is conserved)
Maybe with space expansion? With more space, particles interaction is weaker overall. So the whole system kind of loses total energy.
* Not a physicist so this is a really uninformed take
flip the direction of time and hawking radiation ""creates"" mass/energy inside a black hole (overall mass/energy is conserved)