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Robin Hartshorne

    15. März 1938
    Algebraic Geometry
    Deformation Theory
    Local cohomology
    Residues and duality
    Geometry: euclid and beyond
    • Residues and duality

      • 423 Seiten
      • 15 Lesestunden
      4,5(2)Abgeben

      InhaltsverzeichnisThe derived category.Application to preschemes.Duality for projective morphisms.Local cohomology.Dualizing complexes and local duality.Residual complexes.The duality theorem.

      Residues and duality
    • Local cohomology

      • 106 Seiten
      • 4 Lesestunden

      InhaltsverzeichnisDefinition and elementary properties of the local cohomology groups.Application of local cohomology to preschemes.Relation to depth.Functors on a-modules.Some applications.Local duality.

      Local cohomology
    • Deformation Theory

      • 234 Seiten
      • 9 Lesestunden
      4,5(2)Abgeben

      The basic problem of deformation theory in algebraic geometry involves watching a small deformation of one member of a family of objects, such as varieties, or subschemes in a fixed space, or vector bundles on a fixed scheme. In this new book, Robin Hartshorne studies first what happens over small infinitesimal deformations, and then gradually builds up to more global situations, using methods pioneered by Kodaira and Spencer in the complex analytic case, and adapted and expanded in algebraic geometry by Grothendieck. The author includes numerous exercises, as well as important examples illustrating various aspects of the theory. This text is based on a graduate course taught by the author at the University of California, Berkeley.

      Deformation Theory
    • Algebraic Geometry

      • 512 Seiten
      • 18 Lesestunden
      4,2(126)Abgeben

      This book serves as an introduction to abstract algebraic geometry, requiring only knowledge of commutative algebra and basic topology. It features over 400 exercises and three appendices on current research areas, making it suitable for a graduate-level course. Authored by Robin Hartshorne, a notable figure in the field.

      Algebraic Geometry