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Metric Rigidity Theorems on Hermitian Locally Symmetric Manifolds cover

This monograph studies the problem of characterizing canonical metrics on Hermitian locally symmetric manifolds X of non-compact/compact types in terms of curvature conditions. The proofs of these metric rigidity theorems are applied to the study of holomorphic mappings between manifolds X of the same type. Moreover, a dual version of the generalized Frankel Conjecture on characterizing compact Kähler manifolds are also formulated.


Contents:
  • Background and First Results: Historical Background and Summary of Results
  • Fundamentals of Hermitian and Kähler Geometries
  • Riemannian and Hermitian Symmetric Manifolds
  • Bounded Symmetric Domains — the Classical Cases
  • Bounded Symmetric Domains — General Theory
  • The Hermitian Metric Rigidity Theorem for Compact Quotients
  • The Kähler Metric Rigidity Theorem in the Semipositive Case
  • Further Development: The Hermitian Metric Rigidity Theorem for Quotients of Finite Volume
  • The Immersion Problem for Complex Hyperbolic Space Forms
  • The Hermitian Metric Rigidity Theorem on Locally Homogeneous Holomorphic Vector Bundles
  • A Rigidity Theorem for Holomorphic Mappings between Irreducible Hermitian Symmetric Manifolds of Compact Type
  • Appendix: Semisimple Lie Algebras and Their Representations
  • Some Theorems in Riemannian Geometry
  • Characteristic Projective Subvarieties Associated to Hermitian Symmetric Manifolds
  • A Dual Generalized Frankel Conjecture for Compact Kähler Manifolds of Seminegative Bisectional Curvature

Readership: Mathematicians.