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I'll respond/comment on the parts I hope are relevant to you, in no particular order: Yes, a proof is a proof regardless how you get there. We however don't he
by croon 11d ago
I'll respond/comment on the parts I hope are relevant to you, in no particular order:
Yes, a proof is a proof regardless how you get there. We however don't hear about when they fail, and I doubt their 10000 agents (from their own statement) would necessarily reach another solution/proof (this by leaning towards using user data after finding out others were close). They could as well have attacked another Millenium problem, but they didn't. In whichever case, we will have to wait and see if they (either company) can reach novel solutions/proofs without significant amount of human provided data for the LLM to bridge the gaps.
Further, and this is more of a policy opinion/prediction: If the numerable obtainable (albeit very hard) problems are solved, assuming training data is needed, will it push out future researchers from entering the field due to lack of reachable goals, thus cutting off future training data? LLMs have been great at replacing gateway jobs. But those jobs are what leads to frontier training data (be it maths, physics, chemistry, economics, graphics, prose, etc).
- pinkmuffinere 11d agoAh it's interesting they legitimately used 10k agents, I didn't realize that. I do agree that it's significant they solved the Millenium problem only once humans had made significant headway. I'm not sure I believe the relevant training data will be produced at a significantly lower rate due to AI -- Millenium problem solutions weren't generated at a very high rate before anyways. But I think all your points hold nonetheless. Thanks for elaborating on them!