What happens to mathematics when AI becomes an oracle?
Summary
Applied mathematicians Steven Strogatz and Alex Townsend’s book, *Big Math: The Hidden Codes That Run Our World*, explores how computers let people tackle mathematical problems too complex to solve mentally. Strogatz describes “big math” as math that exceeds human cognitive capacity, including calculations used in engineering, medical imaging, and spaceflight.Key Facts
- Steven Strogatz and Alex Townsend co-authored *Big Math: The Hidden Codes That Run Our World*.
- Strogatz studies applied mathematics, including networks, chaos, DNA geometry, and synchronized behavior in biological systems.
- Townsend studies numerical analysis and deep learning and teaches a course on major algorithms.
- The authors developed the book from an idea about influential algorithms into a broader exploration of large-scale computation and mathematics.
- Strogatz says big math is defined by problems that exceed human cognitive capacity, not simply by the size of the numbers involved.
- The article cites civil engineering, medical imaging, and lunar landing guidance as examples of work that relies on computation beyond unaided human calculation.
- Strogatz compares computational tools’ role in mathematics with historical tools such as the abacus and the Chinese fangcheng board for solving systems of equations.
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