If we copied/moved our planet and us as we are now back in time that far away, what would happen?
Could we survive, or are we bombarded to death by something, or something else?
If we copied/moved our planet and us as we are now back in time that far away, what would happen?
Could we survive, or are we bombarded to death by something, or something else?
Are you trying to say that all matter was in its building block shape when the general temperature was 0 celsius?
And when that material touches us, we’d become same stuff and stopped existing as we are now (evaporate).
Don’t take my opinions too seriously, I’m just referencing my Astronomy notes (of which come from a single semester of a single class). With that said, here’s my 2¢ guess:
I think they’re trying to say that the last time the universe as a whole was 0°C, was probably before the formation of matter in the universe (I’ll guess the inflation era, just after the birth of the universe, somewhere 10^(-35 to -33) seconds).
At this point in the universe, atoms cannot form (as the nuclear forces binding atoms are overwhelmed by the gravitational forces of all the energy in the Universe — you ever crush a cracker? It’d probably be like that). Perhaps even sub-atomic particles (protons, neutrons, etc.) can’t form. All that’s there is sub-sub-atomic particles (which we don’t know much about, from my understanding).
So basically we (and the world, etc.) would be ripped apart at the sub-sub-atomic level by the immense forces (gravitational, etc. — remember, all of the matter/energy in the universe is being concentrated in a small place) of the early universe.
So, it’s not that we would necessarily evaporate, nor that touching sub-sub-atomic matter would kill us, but more-so that we’d be crushed, at the sub-sub-atomic level, by the gravitational forces of the early universe. It’d probably be painless though, at least.
Cool!