On Wednesday, February 12, 2025 at 1:12:13 PM UTC-7 Quentin Anciaux wrote:

AG, if you’re postulating a closed universe, that’s entirely different from 
claiming an infinite universe contradicts high temperature at the Big Bang. 
It just means you're favoring a specific topology.

The problem is that your argument keeps shifting. Initially, you argued 
that an infinite universe contradicts high temperature at the Big Bang to 
saying a finite, positively curved universe is a possible model—which is 
trivially true but irrelevant to your claim.


Can't I make more than one claim without being accused of "shifting"? I 
concluded that a flat geometry is infinite, so it can't be the case IF our 
universe is finite; that is, If it's finite, it can't be flat. In such 
case, it's very likely slightly positively curved and spherical, thus 
closed and finite. I am virtually certain that some cosmologists claim the 
entire universe actually decreased in volume as we run the clock backward. 
I'll try to name names if I can. BTW, I'm not making a category error when 
applying the Cosmological Principle. It says what you said it says, but 
there's more to it than that. Being the same everywhere in terms of 
distribution of matter is just one example of sameness. Finite or infinite 
*everywhere* is another example of sameness. AG


If your point is just "a finite universe is possible," sure, but if you're 
still trying to argue that an infinite universe is incompatible with high 
density at early times, you haven't demonstrated that at all.


I'm arguing that super high temperature is ALSO compatible with very low 
volume. So, I would think some "expert" would have made the effort to prove 
this contradicts GR, instead of relying solely on showing that a small 
volume is actually not compatible with GR. AG 


Quentin 


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