OpenAI forms math advisory group as its AI resolves more than 100 open problems
The group won't be given leeway to slow down or redirect OpenAI's ongoing mathematical research.
OpenAI has established an independent advisory group at the Institute for Advanced Study in Princeton, NJ, aimed at providing mathematicians with a voice in the company's math-focused research. Named The Advisory Group on Mathematics and Artificial Intelligence, the group intends to serve as a bridge between the mathematical community and the public, giving mathematicians a say in the direction of the research.
This announcement follows the sudden public release of a solution to the Navier-Stokes Millennium Prize problem, which the company claims was resolved by its internal model. OpenAI asserts that the same model has also addressed over 100 additional open problems across various branches of mathematics. However, the swift pace of these results has sparked controversy among prominent mathematicians.
Recently, twenty-five Fields Medal-winning mathematicians penned an open letter warning that AI labs are jeopardizing their intellectual work as they strive to outdo one another in solving renowned mathematical challenges. The new advisory group will primarily function in an advisory capacity, reviewing the importance of new findings and coordinating their dissemination.
Members will not be compensated for their involvement but will be able to provide unsolicited opinions, express their thoughts publicly, and have some control over their membership. Despite these privileges, the group will not have the authority to dictate the speed or direction of OpenAI's mathematical research. The Institute for Advanced Study highlighted this aspect in its own statement, clarifying that while the group will offer advice, it will not possess decision-making power over any AI company.
Nine mathematicians have been chosen as the group's initial members, with Camillo de Lellis of the Institute for Advanced Study among them. Notably, only one of the members — de Lellis — also endorsed the Fields Medalists' letter expressing concerns about the rapid development of AI in mathematics.
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