The Shape of Intelligence:
AI and the Changing Culture of Mathematical Knowledge
Artificial Intelligence is transforming how mathematics is done. No longer just a tool for calculation, AI now generates proofs, uncovers patterns, and proposes conjectures in ways that challenge longstanding assumptions about mathematical thought. This project investigates how AI is reshaping what counts as mathematical knowledge, the evolving role of intuition, and new forms of collaboration between humans and machines.
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At the heart of this work is a new vision of mathematics as a hybrid human-machine practice. As AI systems increasingly produce insights that go beyond human heuristics, they prompt us to rethink what it means to discover, to prove, and to know in mathematics. I explore how these technologies disrupt conventional ideas of creativity, authorship, agency, and responsibility in mathematical research.

Key Research Questions
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Can mathematical intuition remain central when AI generates insights without it?
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What happens to the role of the mathematician when AI becomes a collaborator?
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How do AI-generated proofs and conjectures redefine mathematical understanding?
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What are the sociological effects of integrating AI into mathematical communities?
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How do mathematical models in AI impact society beyond mathematics?
Publications
Coming Soon...
