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Matt1128Y
- 2
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Please correct me if I'm wrong in any sense. And please forgive me if I'm posting this in the wrong forum.
I guess my general question is, presuming the big bang model is correct (one that includes a singularity), does that prove actual infinites exist? In other words, we know infinites exist in mathematics, but do infinites exist in reality? To give an example, could an infinite number of marbles exist (and what would happen if you took 1 away or added 1)?
When I read unsophisticated books about the big bang, they often describe singularity as being infinitely hot and possessing infinite curvature. But in what sense are they using the word infinite? Wouldn't it have taken an infinite amount of time for a singularity that was infinitely hot to cool down? I also have a hypothetical question. If a universe containing more matter than ours was extrapolated backward to a singularity, would that singularity possesses space-time curvature and heat equal to the singularity of our universe?
Thank you.
I guess my general question is, presuming the big bang model is correct (one that includes a singularity), does that prove actual infinites exist? In other words, we know infinites exist in mathematics, but do infinites exist in reality? To give an example, could an infinite number of marbles exist (and what would happen if you took 1 away or added 1)?
When I read unsophisticated books about the big bang, they often describe singularity as being infinitely hot and possessing infinite curvature. But in what sense are they using the word infinite? Wouldn't it have taken an infinite amount of time for a singularity that was infinitely hot to cool down? I also have a hypothetical question. If a universe containing more matter than ours was extrapolated backward to a singularity, would that singularity possesses space-time curvature and heat equal to the singularity of our universe?
Thank you.