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This course is an introduction to arithmetic geometry, a subject that lies at the intersection of algebraic geometry and number theory.

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English

English [CC]

FREE

Description

Its primary motivation is the study of classical Diophantine problems from the modern perspective of algebraic geometry.

Course content

  • Introduction to Arithmetic Geometry Unlimited
  • Rational Points on Conics Unlimited
  • Finite Fields Unlimited
  • The Ring of p-adic Integers Unlimited
  • The Field of p-adic Numbers, Absolute Values, Ostrowski’s Theorem for Q Unlimited
  • Ostrowski’s Theorem for Number Fields Unlimited
  • Product Formula for Number Fields, Completions Unlimited
  • Hensel’s Lemma Unlimited
  • Quadratic Forms Unlimited
  • Hilbert Symbols Unlimited
  • Weak and Strong Approximation, Hasse-Minkowski Theorem for Q Unlimited
  • Field Extensions, Algebraic Sets Unlimited
  • Affine and Projective Varieties Unlimited
  • Zariski Topology, Morphisms of Affine Varieties and Affine Algebras Unlimited
  • Rational Maps and Function Fields Unlimited
  • Products of Varieties and Chevalley’s criterion for Completeness Unlimited
  • Tangent Spaces, Singular Points, Hypersurfaces Unlimited
  • Smooth Projective Curves Unlimited
  • Divisors, The Picard Group Unlimited
  • Degree Theorem for Morphisms of Curves Unlimited
  • Riemann-Roch Spaces Unlimited
  • Proof of the Riemann-Roch Theorem for Curves Unlimited
  • Elliptic Curves and Abelian Varieties Unlimited
  • Isogenies and Torsion Points, The Nagell-Lutz Theorem Unlimited
  • The Mordell-Weil Theorem Unlimited
  • Jacobians of Genus One Curves, The Weil-Chatelet and Tate-Shafarevich Groups Unlimited

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Instructor

Massachusetts Institute of Technology
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