Internal OpenAI model aids in physics discovery, answers expert maths quiz

OpenAI contributes to a solution for a physics problem that had long vexed scientists. (Picture: generated)
Having long said that discovery is the next benchmark, the model by OpenAI assisted researchers from the Institute for Advanced Study, Vanderbilt University, Cambridge University and Harvard in determining that gluons in some cases have amplitude, a key finding in quantum research.

The model helped scientists by simplifying expressions and made a simple formula for this general case.

Then it spent nearly 12 hours reasoning the new problem, verifying the formula and «producing a formal proof.»

This was then reviewed and accepted by the research team, and incoroporated in the pre-review report at Arxiv.org. It will then go on to be peer reviewed and published.

At the same time, OpenAI is claiming to have found solutions to many of the «First Proof» challenges, put forth by top tier mathematicians to supply a 10 question exam of brand-new problems that won’t be found in the AI model’s training data.

OpenAI now claims to have solved at least six of these problems, with an internal model with «limited human supervision.»

The problems are novel and difficult to prove, says Jakub Pachocki on x.com, saying they will publish the solution attempts at midnight pacific on Friday, which is also when the mathematicians answers decrypt and we will see if they were right.

Read more: OpenAI on results in physics and the physics paper. Jakub Pachockic claiming maths proofs, and more the «First Proof» challenge.