OpenAI announced three model-generated findings spanning mathematics, computer science, and physics; independent academic confirmation remains pending.

OpenAI’s announcement concerns harmonic analysis, complexity theory, and quantum field theory. These are company-reported research claims relayed through Telegram, not independently established scientific conclusions in the supplied material. The accompanying report explicitly says further independent academic confirmation is required.

The mathematical and computer-science claims are specific and substantial. OpenAI reportedly claims a proof of the local smoothing conjecture in every dimension, resolving the Kakeya and Stein restriction conjectures, and a demonstration that the exponential time hypothesis is false. It says the mathematics and computer-science results have been formally verified using Lean and that proof materials have been released.

The physics claim concerns rigorous mathematical existence proofs for quantum chromodynamics and Yang–Mills theory. The report associates this work with one of the Millennium Prize Problems and says experts, including Nobel Prize-winning physicists, are reviewing it. The supplied source does not establish independent acceptance of the claimed proofs.

OpenAI describes an external review process without confidentiality restrictions or compensation. Invited experts are to organize teams to understand the findings; participants may discuss the work, share intermediate results, and publish their conclusions without signing nondisclosure agreements. OpenAI also says it will not seek academic authorship credit for findings generated by its internal models.