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9780387953953

From Holomorphic Functions to Complex Manifolds

by ;
  • ISBN13:

    9780387953953

  • ISBN10:

    0387953957

  • Format: Hardcover
  • Copyright: 2002-04-01
  • Publisher: Springer Nature
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Summary

This book is an introduction to the theory of complex manifolds. The authors' intent is to familiarize the reader with the most important branches and methods in complex analysis of several variables and to do this as simply as possible. Therefore, the abstract concepts involving sheaves, coherence, and higher-dimensional cohomology have been completely avoided. Only elementary methods such as power series, holomorphic vector bundles, and one-dimensional cocycles are used. Nevertheless, deep results can be proved. The book can be used as a first introduction to several complex variables as well as a reference for the expert.

Author Biography

Hans Grauert is a professor at the University of Gottingen.

Table of Contents

Preface v
Holomorphic Functions
1(42)
Complex Geometry
1(8)
Real and Complex Structures
1(2)
Hermitian Forms and Inner Products
3(2)
Balls and Polydisks
5(1)
Connectedness
6(1)
Reinhardt Domains
7(2)
Power Series
9(5)
Polynomials
9(1)
Convergence
9(2)
Power Series
11(3)
Complex Differentiable Functions
14(3)
The Complex Gradient
14(1)
Weakly Holomorphic Functions
15(1)
Holomorphic Functions
16(1)
The Cauchy Integral
17(6)
The Integral Formula
17(2)
Holomorphy of the Derivatives
19(3)
The Identity Theorem
22(1)
The Hartogs Figure
23(3)
Expansion in Reinhardt Domains
23(2)
Hartogs Figures
25(1)
The Cauchy-Riemann Equations
26(4)
Real Differentiable Functions
26(2)
Wirtinger's Calculus
28(1)
The Cauchy-Riemann Equations
29(1)
Holomorphic Maps
30(6)
The Jacobian
30(2)
Chain Rules
32(1)
Tangent Vectors
32(1)
The Inverse Mapping
33(3)
Analytic Sets
36(7)
Analytic Subsets
36(2)
Bounded Holomorphic Functions
38(1)
Regular Points
39(2)
Injective Holomorphic Mappings
41(2)
Domains of Holomorphy
43(62)
The Continuity Theorem
43(9)
General Hartogs Figures
43(2)
Removable Singularities
45(2)
The Continuity Principle
47(1)
Hartogs Convexity
48(1)
Domains of Holomorphy
49(3)
Plurisubharmonic Functions
52(8)
Subharmonic Functions
52(3)
The Maximum Principle
55(1)
Differentiable Subharmonic Functions
55(1)
Plurisubharmonic Functions
56(1)
The Levi Form
57(1)
Exhaustion Functions
58(2)
Pseudoconvexity
60(4)
Pseudoconvexity
60(1)
The Boundary Distance
60(3)
Properties of Pseudoconvex Domains
63(1)
Levi Convex Boundaries
64(9)
Boundary Functions
64(2)
The Levi Condition
66(1)
Affine Convexity
66(3)
A Theorem of Levi
69(4)
Holomorphic Convexity
73(5)
Affine Convexity
73(2)
Holomorphic Convexity
75(1)
The Cartan-Thullen Theorem
76(2)
Singular Functions
78(4)
Normal Exhaustions
78(1)
Unbounded Holomorphic Functions
79(1)
Sequences
80(2)
Examples and Applications
82(5)
Domains of Holomorphy
82(1)
Complete Reinhardt Domains
83(2)
Analytic Polyhedra
85(2)
Riemann Domains over Cn
87(9)
Riemann Domains
87(4)
Union of Riemann Domains
91(5)
The Envelope of Holomorphy
96(9)
Holomorphy on Riemann Domains
96(1)
Envelopes of Holomorphy
97(2)
Pseudoconvexity
99(1)
Boundary Points
100(2)
Analytic Disks
102(3)
Analytic Sets
105(48)
The Algebra of Power Series
105(5)
The Banach Algebra Bt
105(1)
Expansion with Respect to z1
106(1)
Convergent Series in Banach Algebras
107(1)
Convergent Power Series
108(1)
Distinguished Directions
109(1)
The Preparation Theorem
110(6)
Division with Remainder in Bt
110(3)
The Weierstrass Condition
113(1)
Weierstrass Polynomials
114(1)
Weierstrass Preparation Theorem
115(1)
Prime Factorization
116(7)
Unique Factorization
116(1)
Gauss's Lemma
117(2)
Factorization in Hn
119(1)
Hensel's Lemma
119(1)
The Noetherian Property
120(3)
Branched Coverings
123(12)
Germs
123(1)
Pseudopolynomials
124(1)
Euclidean Domains
125(1)
The Algebraic Derivative
125(1)
Symmetric Polynomials
126(1)
The Discriminant
126(1)
Hypersurfaces
127(3)
The Unbranched Part
130(1)
Decompositions
130(2)
Projections
132(3)
Irreducible Components
135(8)
Embedded-Analytic Sets
135(2)
Images of Embedded-Analytic Sets
137(1)
Local Decomposition
138(2)
Analyticity
140(1)
The Zariski Topology
141(1)
Global Decompositions
141(2)
Regular and Singular Points
143(10)
Compact Analytic Sets
143(1)
Embedding of Analytic Sets
144(1)
Regular Points of an Analytic Set
145(2)
The Singular Locus
147(1)
Extending Analytic Sets
147(3)
The Local Dimension
150(3)
Complex Manifolds
153(98)
The Complex Structure
153(18)
Complex Coordinates
153(3)
Holomorphic Functions
156(1)
Riemann Surfaces
157(1)
Holomorphic Mappings
158(1)
Cartesian Products
159(1)
Analytic Subsets
160(2)
Differentiable Functions
162(2)
Tangent Vectors
164(2)
The Complex Structure on the Space of Derivations
166(1)
The Induced Mapping
167(1)
Immersions and Submersions
168(2)
Gluing
170(1)
Complex Fiber Bundles
171(11)
Lie Groups and Transformation Groups
171(2)
Fiber Bundles
173(1)
Equivalence
174(1)
Complex Vector Bundles
175(2)
Standard Constructions
177(3)
Lifting of Bundles
180(1)
Subbundles and Quotients
180(2)
Cohomology
182(10)
Cohomology Groups
182(2)
Refinements
184(1)
Acyclic Coverings
185(1)
Generalizations
186(2)
The Singular Cohomology
188(4)
Meromorphic Functions and Divisors
192(11)
The Ring of Germs
192(1)
Analytic Hypersurfaces
193(3)
Meromorphic Functions
196(2)
Divisors
198(2)
Associated Line Bundles
200(1)
Meromorphic Sections
201(2)
Quotients and Submanifolds
203(23)
Topological Quotients
203(1)
Analytic Decompositions
204(1)
Properly Discontinuously Acting Groups
205(1)
Complex Tori
206(1)
Hopf Manifolds
207(1)
The Complex Projective Space
208(2)
Meromorphic Functions
210(1)
Grassmannian Manifolds
211(3)
Submanifolds and Normal Bundles
214(2)
Projective Algebraic Manifolds
216(3)
Projective Hypersurfaces
219(3)
The Euler Sequence
222(1)
Rational Functions
223(3)
Branched Riemann Domains
226(9)
Branched Analytic Coverings
226(2)
Branched Domains
228(1)
Torsion Points
229(1)
Concrete Riemann Surfaces
230(1)
Hyperelliptic Riemann Surfaces
231(4)
Modifications and Toric Closures
235(16)
Proper Modifications
235(2)
Blowing Up
237(1)
The Tautological Bundle
237(4)
Quadratic Transformations
241(1)
Monoidal Transformations
241(1)
Meromorphic Maps
242(2)
Toric Closures
244(7)
Stein Theory
251(46)
Stein Manifolds
251(9)
Introduction
251(1)
Fundamental Theorems
252(1)
Cousin-I Distributions
253(1)
Cousin-II Distributions
254(1)
Chern Class and Exponential Sequence
255(2)
Extension from Submanifolds
257(1)
Unbranched Domains of Holomorphy
257(1)
The Embedding Theorem
258(1)
The Serre Problem
259(1)
The Levi Form
260(6)
Covariant Tangent Vectors
260(1)
Hermitian Forms
261(1)
Coordinate Transformations
262(1)
Plurisubharmonic Functions
263(1)
The Maximum Principle
264(2)
Pseudoconvexity
266(10)
Pseudoconvex Complex Manifolds
266(1)
Examples
267(7)
Analytic Tangents
274(2)
Cuboids
276(6)
Distinguished Cuboids
276(1)
Vanishing of Cohomology
277(1)
Vanishing on the Embedded Manifolds
278(1)
Cuboids in a Complex Manifold
278(2)
Enlarging U'
280(1)
Approximation
281(1)
Special Coverings
282(7)
Cuboid Coverings
282(1)
The Bubble Method
283(1)
Frechet Spaces
284(2)
Finiteness of Cohomology
286(1)
Holomorphic Convexity
286(1)
Negative Line Bundles
287(1)
Bundles over Stein Manifolds
288(1)
The Levi Problem
289(8)
Enlarging: The Idea of the Proof
289(1)
Enlarging: The First Step
290(2)
Enlarging: The Whole Process
292(1)
Solution of the Levi Problem
293(2)
The Compact Case
295(2)
Kahler Manifolds
297(58)
Differential Forms
297(6)
The Exterior Algebra
297(1)
Forms of Type (p, q)
298(2)
Bundles of Differential Forms
300(3)
Dolbeault Theory
303(11)
Integration of Differential Forms
303(2)
The Inhomogeneous Cauchy Formula
305(1)
The ∂-Equation in One Variable
306(1)
A Theorem of Hartogs
307(1)
Dolbeault's Lemma
308(2)
Dolbeault Groups
310(4)
Kahler Metrics
314(8)
Hermitian metrics
314(1)
The Fundamental Form
315(1)
Geodesic Coordinates
316(1)
Local Potentials
317(1)
Pluriharmonic Functions
318(1)
The Fubini Metric
318(2)
Deformations
320(2)
The Inner Product
322(7)
The Volume Element
322(1)
The Star Operator
323(1)
The Effect on (p, q)-Forms
324(3)
The Global Inner Product
327(1)
Currents
328(1)
Hodge Decomposition
329(12)
Adjoint Operators
329(2)
The Kahlerian Case
331(1)
Bracket Relations
332(2)
The Laplacian
334(1)
Harmonic Forms
335(3)
Consequences
338(3)
Hodge Manifolds
341(7)
Negative Line Bundles
341(1)
Special Holomorphic Cross Sections
342(2)
Projective Embeddings
344(1)
Hodge Metrics
345(3)
Applications
348(7)
Period Relations
348(4)
The Siegel Upper Halfplane
352(1)
Semipositive Line Bundles
352(1)
Moishezon Manifolds
353(2)
Boundary Behavior
355(20)
Strongly Pseudoconvex Manifolds
355(2)
The Hilbert Space
355(1)
Operators
355(2)
Boundary Conditions
357(1)
Subelliptic Estimates
357(7)
Sobolev Spaces
357(2)
The Neumann Operator
359(1)
Real-Analytic Boundaries
360(1)
Examples
360(4)
Nebenhullen
364(3)
General Domains
364(1)
A Domain with Nontrivial Nebenhulle
365(1)
Bounded Domains
366(1)
Domains in C2
366(1)
Boundary Behavior of Biholomorphic Maps
367(8)
The One-Dimensional Case
367(1)
The Theory of Henkin and Vormoor
367(2)
Real-Analytic Boundaries
369(1)
Fefferman's Result
369(2)
Mappings
371(1)
The Bergman Metric
371(4)
References 375(6)
Index of Notation 381(6)
Index 387

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