Entropy (in particular, the low-entropy state at t=0) is really important to the timeless physics of our universe; I don’t think you’ll get the right picture without it.
Is what I said incompatible with that?
Technically, there’s no t=0, since there’s no t, but it has low entropy and high amplitude at the big bang.
Entropy (in particular, the low-entropy state at t=0) is really important to the timeless physics of our universe; I don’t think you’ll get the right picture without it.
Is what I said incompatible with that?
Technically, there’s no t=0, since there’s no t, but it has low entropy and high amplitude at the big bang.