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LeonardDeNoblac
Guest
The Big Bang theory accounts for the observed expansion of the universe. If the universe is expanding, then the further we go back in time, the smaller universe we find. Doing so, we eventually end up with the initial singularity, an infinitely small point of seemingly infinite density. But actual infinites are impossible in the physical world, because everything that is physical is, at least potentially, divisible - that is, we could always, at least potentially, take away something and still have something. So, it would be more accurate to say that the extention of a singularity tends asymptotically to infinitesimal - that is, is always approaching infinitesimal without ever reaching it. The problem is: are we, at this point, still talking about the absolute beginning of the universe? Or have we fallen into an infinit regress, wich would cause even more problems?
If you think there’s something about the Big Bang theory that I haven’t understood, feel free to point it out.
If you think there’s something about the Big Bang theory that I haven’t understood, feel free to point it out.
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