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It could happen (without catastrophe/aliens) if: (a) someone discovered a pattern like the Mersenne numbers which unreliably produces primes that are much larger than Mersenne numbers, and (b) someone discovers, by hand, a proof that one of these new numbers is prime. Such a discovery would be wonderful: new mathematics that could give us insight into what primes really are.

https://en.wikipedia.org/wiki/Double_Mersenne_number might be one place to start.



I'd like to understand why primes are believed to be really something, can you please elaborate?


For instance, they are points in the geometric object known as the scheme over the integers.[1] The Riemann Zeta function of the Riemann Hypothesis generalizes to other schemes, and reflects their geometric properties (being vague because it's over a decade since I studied this stuff.) It is just barely in the realms of possibility that a new computationally simple way of finding large primes would also reflect something about the geometric structure of schemes over Z. (But it seems pretty damn unlikely to me.)

[1] http://en.wikipedia.org/wiki/Scheme_(mathematics)#Modern_def...


Sorry, could you please clarify your question?


I didn't know why primes are considered special, apart from the basic requirement they fulfill. GP sounded like they might serve a bigger unknown purpose.


A study of number theory will enlighten you. By the way, 2 is most special prime. Lots of nice theorems about prime numbers have special cases for 2.




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