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Thread 107163414

14 posts 2 images /g/
Anonymous No.107163414 [Report] >>107163774 >>107164041 >>107164087 >>107164109 >>107164745
Which of the Clay Millennium Problems if solved will bring about AGI?
Anonymous No.107163491 [Report]
idk man i'm just here for the video game benchmarks
Anonymous No.107163550 [Report]
you don't need to solve any of them for AGI
Anonymous No.107163774 [Report]
>>107163414 (OP)
5
scabPICKER No.107164041 [Report]
>>107163414 (OP)
Proofs aren't /g/. They don't tend to have practical applications.
Anonymous No.107164053 [Report] >>107164087
google has solved navier-stokes
should be announced within a few months
Anonymous No.107164087 [Report] >>107164695 >>107164717
>>107163414 (OP)
If P = NP then that would be the most substantial proof toward the development of AGI

>>107164053
No but they made an important contribution toward the solution
Anonymous No.107164109 [Report]
>>107163414 (OP)
Isn't Poincaré conjecture already solved?
Anonymous No.107164695 [Report]
>>107164087
My friend says he has proven P=NP
Anonymous No.107164717 [Report]
>>107164087
>the most substantial
and by substantial, he means it would have no bearing at all
Anonymous No.107164745 [Report] >>107164823 >>107164835
>>107163414 (OP)
A constructive proof that P = NP would be revolutionary in the computer science world, especially for cryptography. Public key cryptosystems like HTTPS and OpenPGP would become crackable overnight.

A proof that P != NP would just be like "oh cool, we already thought that but it's nice to have confirmation". Wouldn't change anything really.
Anonymous No.107164823 [Report] >>107164889
>>107164745
Not necessarily, argument ala Knuth. The big oh constant might be so incredibly huge that it has no bearing on reality.
Anonymous No.107164835 [Report]
>>107164745
There's Problem Space above NP.
Anonymous No.107164889 [Report]
>>107164823
>The big oh constant
The absolute state of /g/ in 2025. Big O notation ignores constant multipliers, O(2x) is exact same set as O(x).

You are correct that a constructive proof that P = NP would not necessarily lead to NP-complete problems being solvable. The polynomial may have such a high degree that it is practically unfeasible.