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On Proof and Progress in Mathematics
Book •
In this influential essay, William P. Thurston responds to Jaffe and Quinn by arguing that mathematical progress often involves developing new ways of thinking, understanding concepts from multiple perspectives, and communal efforts rather than just proving theorems.
Drawing from his experiences in foliations, geometrization of 3-manifolds, and dynamical systems, Thurston emphasizes how mathematicians advance through shared ideas, critical thinking, and evolving viewpoints, as seen in examples like the 4-color theorem and Fermat's Last Theorem.
He highlights the social and exploratory aspects of mathematics, where computers and community play key roles in validation and discovery.
Drawing from his experiences in foliations, geometrization of 3-manifolds, and dynamical systems, Thurston emphasizes how mathematicians advance through shared ideas, critical thinking, and evolving viewpoints, as seen in examples like the 4-color theorem and Fermat's Last Theorem.
He highlights the social and exploratory aspects of mathematics, where computers and community play key roles in validation and discovery.
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to support the view that 'mathematics is what mathematicians do.'


David Bessis

63 snips
David Bessis: What is Math? How Do You Learn It?



