New Discoveries in Mathematics, Computer Science, and Physics from OpenAI

OpenAI announced that it has achieved three new AI-powered discoveries in the fields of harmonic analysis, complexity theory, and quantum field theory. The company announced that it will work in collaboration with external experts and academic communities in order to translate these results into scientific understanding.

The discoveries announced by OpenAI cover the branches of mathematics, computer science, and physics. In the field of mathematics, it was reported that the local smoothing conjecture was proven in all dimensions, thereby resolving Kakeya and Stein restriction conjectures across all dimensions. In the field of computer science, it was stated that a result demonstrating that the Exponential Time Hypothesis is false was obtained, and this work was verified in Lean. In the field of physics, it was conveyed that a mathematically rigorous existence proof for quantum field theories, including unified completions of Quantum Chromodynamics with the Standard Model and pure Yang-Mills theory, was achieved.

Stating that these obtained results should be evaluated as 'raw research data,' OpenAI adopted different strategies under the guidance of external experts to examine and interpret the results. While the output was released for the mathematics study, external collaboration groups were formed for the computer science and physics studies. It was stated that the studies will adhere to the principles of transparency, lack of academic credit, recognition, and independence, and will also be supported by a $5 million contribution to a Simons Foundation initiative.