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Xero
>>341653
Strange.. Anyway, about the multiverse/universe thing, because of the origins of our universe, assuming the big bang is "the beginning" our universe would be insignificant compared to other universes piled up on top of us, because we have black holes in our universe. And well... Gravity.. And I don't mean insignificant as in, non-unique, because who knows for sure what the other universes on top of ours are like.
All in all, the 10th dimensional point that is everything, yes, a point, meaning infinitely/indefinably small, means that our universe would still be an infinitely small point, just as it started in the big bang.
Which leads to another thing. An informational paradox of sorts. If you take 2 electrons that were formed at the same time (technically if you're viewing time how we 3d characters view it, time is just 3 dimensional cross sections of the 4th dimension. Just as a 2d character would see the 3rd dimension as, for example, a balloon, starting as a point, then inexplicably growing to a certain size, then shrinking back down again. All the while in the 3rd dimension, the balloon isn't changing at all. Well, that's an easier way of looking at time as something more mathematical.) And you take one of the electrons and pull it to another side of the universe (not literally of course, but theoretically) and interact with one of the electrons, the other one will react instantaneously. Which means that either information is traveling infinitely fast, which is physically impossible, or in reality the electrons are still touching. So that's how we can tell that the universe (or multiverse) is still infinitely small. Exactly as it was at the point of the big bang.
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