RESEARCH · ANALYSIS
OpenAI's scientific results: access to evidence sparks debate
According to The Verge, researchers challenge the arrangements for releasing results announced by OpenAI in mathematics, computer science and physics. Their potential scientific significance remains distinct from their validation, which is complicated by differing levels of access to the work.
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Researchers interviewed by The Verge criticize the arrangements for releasing scientific results announced on Monday by OpenAI. The outlet describes an approach relying on selected experts to advise the company on publishing work in mathematics, computer science and physics.
Access conditions differ by field. OpenAI published the AI-generated output for its mathematical result, leaving researchers to organize its explanation. In computer science, the company also plans to assemble an outside group to explain the result. The physics work has not been released; its publication is to be guided by external experts, according to the outlet's account.
The mathematical result claims to solve the Kakeya conjecture in all dimensions. Brendan Hassett, a professor at Brown University, considers this claim substantiated, while noting that he has not yet checked its Lean formalization. The computer science result, meanwhile, claims to refute the exponential time hypothesis. These claims must therefore remain attributed and subject to scientific scrutiny.
Several researchers welcome the consultation of specialists but challenge the initial restriction of access to people selected by OpenAI. The issue raised is whether the broader community can scrutinize the announced work. Interest expressed by experts does not replace this verification, and the reported information does not allow these results to be presented as definitively established.