Psssh, it's just special relativity. Whatchu wanna know?
If you can't find it in my notes
Special Relativity.pdf (x10host.com)
you'll have to ask me directly.
EDIT: Looked at the files. It seems a little insane honestly. It's not prudent to use equations of special relativity the moment right after the big bang, if it even happened, namely because SR depends on inertial reference frames. During inflation, reference frames are anything but inertial. Also, the first line of english on the notes tries to tell me that energy is somehow planck's constant. Just no. Is that reference to gravity just little "g", like 9.8 m/s^2? Super no. Just no no no. Sorry, lol.
Where did this come from?
If you can't find it in my notes
Special Relativity.pdf (x10host.com)
you'll have to ask me directly.
EDIT: Looked at the files. It seems a little insane honestly. It's not prudent to use equations of special relativity the moment right after the big bang, if it even happened, namely because SR depends on inertial reference frames. During inflation, reference frames are anything but inertial. Also, the first line of english on the notes tries to tell me that energy is somehow planck's constant. Just no. Is that reference to gravity just little "g", like 9.8 m/s^2? Super no. Just no no no. Sorry, lol.
Where did this come from?