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Originally posted by schwarzchildradius
as long as you have no problems with infinite energy existing in an infinitely small volume, then physics has no problem describing the conditions of t=0.
Are you still discussing John Baez's essay
"the Meaning of Einstein's Equation"?
http://math.ucr.edu/home/baez/einstein/einstein.html
It has 9 pages linked together and he calls it "a brief introduction to General Relativity." I still go back over certain pages from time to time because it is a masterful job of making an honest presentation of the mathematics short and understandable.
I suggested you look at page 2 , "Preliminaries".
I can't tell what you are discussing. It does not seem to be page 2.
On many of the pages (not page 2 but others) he uses "t=0"
to stand for some normal reference time, like the present, after the universe is well on its way and evolving normally. Think of it as noon GMT on March 1----some arbitrary time zero. In no case does he use "t=0" to refer to a singularity. Nothing in the essay concern infinite densities. So it has been four days now since I suggested the essay to you and it clearly has not helped you.
I'm not clear about why. But probably means I shouldn't recommend online physics links to you.
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