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On 23.01.2025 13:01, Richard Damon wrote:Sure it does, you just need to take the union of an infinite number of them.
But There is no single UF(n) that equals N, because you can ony get there from the union of an infinite set of FISONs.The union of all FISONs does not cover ℕ. Otherwise Cantor's theorem would require the existence of a first necessary FISON. That is mathematics.
Then what is the a number that you can't cover? That answer would imply a highest visible FISON, and thus a highest visible Natural Number, but then why can't we see the number just after it?>No, it is not. But there are only invalid handwaving answers.
Your question about the "first" necessary fission is an invalid question, as it is the same as asking for the highest Natural Number, which doesn't exist,
Regards, WM
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