Terence Tao warns AI could erode open science as OpenAI faces math priority dispute
A dispute tied to research on the Navier-Stokes equation has expanded into a broader debate over how AI may change the norms of mathematical research. New York University mathematician Tristan Buckmaster publicly alleged that after he and Leven Alpöge identified a promising path on a Millennium Prize problem, OpenAI learned of the direction in the final days, used massive computing resources to pursue it, and later tried to influence how the work would be released and credited. OpenAI researcher Sebastien Bubeck rejected those claims as false. The controversy drew in Fields Medalist Terence Tao, who posted a lengthy warning that AI-driven races to exploit promising ideas could undermine the open exchange that has shaped mathematics for centuries. Tao argued that mathematics depends not only on answers, but on the process of identifying worthwhile problems, mapping difficulty, and sharing partial insights in seminars and conferences. If researchers fear that even mentioning a new direction could trigger a compute-heavy push by large companies, he said, the incentive will shift toward secrecy. The debate has also picked up support from figures including François Chollet and Gary Marcus. At stake, in Tao’s framing, is not just one contested result, but whether science will keep valuing insight and method rather than only black-box outputs.








