
Please pass this around to anyone who would be interested:
https://docs.google.com/document/d/1P65i6o26ZyyAGefxWbhrHZChzTfutsjoxMSySEaIWBI/edit?tab=t.0#heading=h.770y9mwnk3ua
The publication plans to use Lean for proof verification.
Users are enthusiastic about AI systems solving Erdős problems because they have personal experience with intensive AI theorem proving and welcome further discussion.
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Please pass this around to anyone who would be interested:
https://docs.google.com/document/d/1P65i6o26ZyyAGefxWbhrHZChzTfutsjoxMSySEaIWBI/edit?tab=t.0#heading=h.770y9mwnk3ua

@gleech @aryehazan - any suggestions?

@gleech The Erdos problems site (+ AI wiki you link to) is in fact (implicitly) running some preliminary/experimental version of this. The tentative conclusion, at least from me, is that scaling it is *too early*. And yes, there are a lot of "cranks", where cranks here don't mean (1/n)

@gleech obvious nonsense anymore but results produced with insufficient care and/or knowledge which can be very difficult to make use of. I'd advise waiting until AI is broadly more capable, but your call. (2/n)

@gleech Note that "autoformalization" here in particular is more risky than you'd expect - you may get a lot of incomplete or partial formalizations. (3/n)

@davidmanheim @gleech I’ll be happy to consider it
I’ve been doing intensive ai theorem proving for over a year
happy to chat

@gleech I'd suggest careful human review at every step, more than you seem to be aware of, which does seem to defeat the purpose. Hence my suggestion. (4/4)