The recent success of AlphaProof updates me in the direction of "working on AI proof assistants is a good way to reduce AI risk". If these assistants become good enough, it will supercharge agent foundations research[1] and might make the difference between success and failure. It's especially appealing that it leverages AI capability advancement for the purpose of AI alignment in a relatively[2] safe way, thereby the deeper we go into the danger zone the greater the positive impact[3].
EDIT: To be clear, I'm not saying that working on proof assistants in e.g. DeepMind is net positive. I'm saying that a hypothetical safety-conscious project aiming to create proof assistants for agent foundations research, that neither leaks dangerous knowledge nor repurposes it for other goals, would be net positive.
Of course, agent foundation research doesn't reduce to solving formally stated mathematical problems. A lot of it is searching for the right formalizations. However, obtaining proofs is a critical arc in the loop.
There are some ways for proof assistants to feed back into capability research, but these effects seem weaker: at present capability advancement is not primarily driven by discovering theorems, and if this situation changes it would mean we now actually know something about what we're doing, which would be great news in itself.
I think the main way that proof assistant research feeds into capabilies research is not through the assistants themselves, but by the transfer of the proof assistant research to creating foundation models with better reasoning capabilities. I think researching better proof assistants can shorten timelines.
* See also Demis' Hassabis recent tweet. Admittedly, it's unclear whether he refers to AlphaProof itself being accessible from Gemini, or the research into AlphaProof feeding into improvements of Gemini.
* See also an important paragraph in the blogpost for AlphaProof: "As part of our IMO work, we also experimented with a natural language reasoning system, built upon Gemini and our latest research to enable advanced problem-solving skills. This system doesn’t require the problems to be translated into a formal language and could be combined with other AI systems. We also tested this approach on this year’s IMO problems and the results showed great promise."
I can see that research into proof assistants might lead to better techniques for combining foundation models with RL. Is there anything more specific that you imagine? Outside of math there are very different problems because there is no easy to way to synthetically generate a lot of labeled data (as opposed to formally verifiable proofs).
While some AI techniques developed for proof assistants might be transferable to other problems, I can easily imagine a responsible actor[1] producing a net positive. Don't disclose your techniques (except maybe ver... (read more)