Arithmetic Geometry and Computation
Minhyong Kim explores the interface of arithmetic geometry and computation, tracing the evolution of solving Diophantine equations from antiquity to the profound implications of Faltings' theorem.
Peer-curated academic archive from International Centre for Mathematical Sciences, Edinburgh, comprising 1 recorded lecture in Algorithms & Theoretical CS, Mathematics.
Self-contained research seminars, public lectures, and invited colloquia.
Minhyong Kim explores the interface of arithmetic geometry and computation, tracing the evolution of solving Diophantine equations from antiquity to the profound implications of Faltings' theorem.
Professors, researchers, and invited lecturers recorded at International Centre for Mathematical Sciences, Edinburgh.
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