Preface |
Introduction through Examples / Part I: |
Plane Curves / 1: |
Conics / 1.1: |
Singularities / 1.2: |
Bézout's Theorem / 1.3: |
Cubics / 1.4: |
Genus 2 and 3 / 1.5: |
Hyperelliptic Curves / 1.6: |
Sheaves and Geometry / Part II: |
Manifolds and Varieties via Sheaves / 2: |
Sheaves of Functions / 2.1: |
Manifolds / 2.2: |
Affine Varieties / 2.3: |
Algebraic Varieties / 2.4: |
Stalks and Tangent Spaces / 2.5: |
1-Forms, Vector Fields, and Bundles / 2.6: |
Compact Complex Manifolds and Varieties / 2.7: |
More Sheaf Theory / 3: |
The Category of Sheaves / 3.1: |
Exact Sequences / 3.2: |
Affine Schemes / 3.3: |
Schemes and Gluing / 3.4: |
Sheaves of Modules / 3.5: |
Line Bundles on Projective Space / 3.6: |
Direct and Inverse Images / 3.7: |
Differentials / 3.8: |
Sheaf Cohomology / 4: |
Flasque Sheaves / 4.1: |
Cohomology / 4.2: |
Soft Sheaves / 4.3: |
C∞-Modules Are Soft / 4.4: |
Mayer-Vietoris Sequence / 4.5: |
Products* / 4.6: |
De Rham Cohomology of Manifolds / 5: |
Acyclic Resolutions / 5.1: |
De Rham's Theorem / 5.2: |
Künneth's Formula / 5.3: |
Poincaré Duality / 5.4: |
Gysin Maps / 5.5: |
Projections / 5.5.1: |
Inclusions / 5.5.2: |
Fundamental Class / 5.6: |
Lefschetz Trace Formula / 5.7: |
Riemann Surfaces / 6: |
Genus / 6.1: |
∂-Cohomology / 6.2: |
Projective Embeddings / 6.3: |
Function Fields and Automorphisms / 6.4: |
Modular Forms and Curves / 6.5: |
Simphicial Methods / 7: |
Simplicial and Singular Cohomology / 7.1: |
Cohomology of Projective Space / 7.2: |
Cech Cohomology / 7.3: |
Cech Versus Sheaf Cohomology / 7.4: |
First Chern Class / 7.5: |
Hodge Theory / Part III: |
The Hodge Theorem for Riemannian Manifolds / 8: |
Hodge Theory on a Simplicial Complex / 8.1: |
Harmonic Forms / 8.2: |
The Heat Equation* / 8.3: |
Toward Hodge Theory for Complex Manifolds / 9: |
Riemann Surfaces Revisited / 9.1: |
Dolbeault's Theorem / 9.2: |
Complex Tori / 9.3: |
Kähler Manifolds / 10: |
Kähler Metrics / 10.1: |
The Hodge Decomposition / 10.2: |
Picard Groups / 10.3: |
A Little Algebraic Surface Theory / 11: |
Examples / 11.1: |
The Neron-Severi Group / 11.2: |
Adjunction and Riemann-Roch / 11.3: |
The Hodge Index Theorem / 11.4: |
Fibered Surfaces* / 11.5: |
Hodge Structures and Homological Methods / 12: |
Pure Hodge Structures / 12.1: |
Canonical Hodge Decomposition / 12.2: |
Hodge Decomposition for Moishezon Manifolds / 12.3: |
Hypercohomology* / 12.4: |
Holomorphic de Rham Complex* / 12.5: |
The Deligne-Hodge Decomposition* / 12.6: |
Topology of Families / 13: |
Topology of Families of Elliptic Curves / 13.1: |
Local Systems / 13.2: |
Higher Direct Images* / 13.3: |
First Betti Number of a Fibered Variety* / 13.4: |
The Hard Lefschetz Theorem / 14: |
Hard Lefschetz / 14.1: |
Proof of Hard Lefschetz / 14.2: |
Weak Lefschetz and Barth's Theorem / 14.3: |
Lefschetz Pencils* / 14.4: |
Cohomology of Smooth Projective Maps* / 14.5: |
Coherent Cohomology / Part IV: |
Coherent Sheaves / 15: |
Coherence on Ringed Spaces / 15.1: |
Coherent Sheaves on Affine Schemes / 15.2: |
Coherent Sheaves on Pn / 15.3: |
GAGA, Part I / 15.4: |
Cohomology of Coherent Sheaves / 16: |
Cohomology of Affine Schemes / 16.1: |
Cohomology of Coherent Sheaves on Pn / 16.2: |
Cohomology of Analytic Sheaves / 16.3: |
GAGA, Part II / 16.4: |
Computation of Some Hodge Numbers / 17: |
Hodge Numbers of Pn / 17.1: |
Hodge Numbers of a Hypersurface / 17.2: |
Hodge Numbers of a Hypersurface II / 17.3: |
Double Covers / 17.4: |
Griffiths Residues* / 17.5: |
Deformations and Hodge Theory / 18: |
Families of Varieties via Schemes / 18.1: |
Semicontinuity of Coherent Cohomology / 18.2: |
Deformation Invariance of Hodge Numbers / 18.3: |
Noether-Lefschetz* / 18.4: |
Analogies and Conjectures* / Part V: |
Analogies and Conjectures / 19: |
Counting Points and Euler Characteristics / 19.1: |
The Weil Conjectures / 19.2: |
A Transcendental Analogue of Weil's Conjecture / 19.3: |
Conjectures of Grothendieck and Hodge / 19.4: |
Problem of Computability / 19.5: |
Hodge Theory without Analysis / 19.6: |
References |
Index |
Preface |
Introduction through Examples / Part I: |
Plane Curves / 1: |
Conics / 1.1: |
Singularities / 1.2: |
Bézout's Theorem / 1.3: |