Gravo-thermorelativistics

Boo he ha ha?

Electrons do move at absolute zero

also absolute zero is impossible to create

>>8442252
>nothing moves

>>>/x/

>>8442252
-1/10

>>8442252
-1/12

>>8442252
are you telling me that two objects at absolute zero don't gravitate toward one another?

>>8442656
>Electrons do move at absolute zero
[citation needed]

>>8444482
look for "zero-point energy(motion)" familia

>>8444482
>(((Electrons)))
Don't mean
>Electron
https://en.wikipedia.org/wiki/One-electron_universe

File: 0031.jpg (118KB, 960x540px) Image search: [Google]

118KB, 960x540px

>>8444489
>Feynman later proposed this interpretation of the positron as an electron moving backward in time

>>8442252

Except there's no conservation of energy in GR because time symetry is broken so good luck with that.

absolute 0 is really cold

>>8444444

>>8442656
Electrons do move at abserlute 0 (https://www.youtube.com/watch?v=Oba_RxdESSs)

>>8442252
general relativity does not require time to go in any given direction or AT ALL, tho in a system without time its kinda not nessesary

>>8444485
this

Absolute zero wont ever be reached and is as irrelevant as g-orbitals.

>>8442252
Absolute zero is a quantum phenomena. Of course GR is not perfectly compatible with it.

>physics
>>>/x/

>>8442252
i could barely read the last word of the topic in one go. i dont think im smart enough for this discussion

>>8442252
Absolute zero is a limit. You can't actually get there, similar to you can't travel at the speed of light.

-273,15/10

>>8442252
>At the absolute zero, nothing moves
wrong-o, grav-olio
Lrn2absolute-zero