Artificial intelligence models are now capable of executing highly...
The CDS Monthly Research Feature |
Artificial intelligence models are now capable of executing highly complex, research-level mathematics, signaling a fundamental shift in how scientists will approach future discoveries. CDS Silver Professor of Computer Science, Mathematics, and Data Science Julia Kempe and her colleagues recently demonstrated this power by successfully using large language models to solve previously unpublished mathematical problems.
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When humans are asked to pick a random number between one and one hundred, they offer a wide spread of choices, but when a large language model is asked the exact same question, it will almost always spit out the identical number (27!). CDS PhD student Anthony GX-Chen and his colleagues discovered the mathematical reason behind phenomena like this. Their work shows that “diversity loss” is a direct consequence of the model’s objective function.
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CDS invites proposals for a project for our Data Science MS students to work on during the Fall 2026 semester through our Capstone Project program. Selected from a highly competitive applicant pool, our students excel academically and have cutting-edge machine learning, NLP, and data analysis skills. Proposals are due August 2, 2026.
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