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Am Sat, 23 Nov 2024 20:40:40 +0100 schrieb WM:I think it's reverse or "bizarro" like "bizarro Kent" isOn 23.11.2024 19:43, FromTheRafters wrote:You do know the proof that there are infinitely many primes?WM wrote on 11/23/2024 :A bijection between natural numbers and prime numbers proves that forOn 23.11.2024 13:35, FromTheRafters wrote:WM has brought this to us :On 23.11.2024 13:20, FromTheRafters wrote:There is.WM laid this down on his screen :>>Let every unit interval after a natural number on the real axis be>
coloured white with exception of the intervals after the prime
numbers which are coloured red. It is impossible to shift the red
intervals so that the whole real axis becomes red. Every interval
(10n, 10 (n+1)] is deficient - on the whole real axis.
So what? Your imaginings don't affect the fact that there is a
bijection.
If there was a bijection,then the whole axis could become red.What makes you think that?
every prime number there is a natural number: p_1, p_2, p_3, ...
>If that is correct, then there are as many natural numbers as primeThat is the world we live in.
numbers and as many prime numbers as natural numbers. Then the following
scenario is possible:
Cover the unit intervals of prime numbers by red hats. Then shift the
red hats so that all unit intervals of the positive real axis get red
hats.
>
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