
Complex Analysis and Geometry
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This volume includes 28 chapters by authors who are leading researchers of the world describing many of the up-to-date aspects in the field of several complex variables (SCV). These contributions are based upon their presentations at the 10th Korean Conference on Several Complex Variables (KSCV10), held as a satellite conference to the International Congress of Mathematicians (ICM) 2014 in Seoul, Korea.
SCV has been the term for multidimensional complex analysis, one of the central research areas in mathematics. Studies over time have revealed a variety of rich, intriguing, new knowledge in complex analysis and geometry of analytic spaces and holomorphic functions which were "hidden" in the case of complex dimension one. These new theories have significant intersections with algebraic geometry, differential geometry, partial differential equations, dynamics, functional analysis and operator theory, and sheaves and cohomology, as well as the traditional analysis of holomorphic functions in all dimensions.
This book is suitable for a broad audience of mathematicians at and above the beginning graduate-student level. Many chapters pose open-ended problems for further research, and one in particular is devoted to problems for future investigations.
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Content
- Intro
- Preface
- Contents
- Fatou Flowers and Parabolic Curves
- 1 The Original Leau-Fatou Flower Theorem
- 2 Écalle-Hakim Theory
- 3 Blow-Ups, Indices and Fatou Flowers
- 4 Parabolic Domains
- 5 The Formal Infinitesimal Generator
- 6 Homogeneous Vector Fields and Geodesics
- 7 Other Systems with Parabolic Behavior
- References
- A CR Proof for a Global Estimate of the Diederich--Fornaess Index of Levi-Flat Real Hypersurfaces
- 1 Introduction
- 2 Preliminaries
- 2.1 Levi-Flat CR Manifold
- 2.2 Description on Foliated Charts
- 2.3 The Diederich--Fornaess Index
- 3 The Proof of Lemma 1 and a Remark
- 3.1 Proof of Lemma 1
- 3.2 The Approach of Bejancu and Deshmukh
- 3.3 Open Question
- References
- Unbounded Pseudoconvex Domains in mathbbCn and Their Invariant Metrics
- 1 Some Problems
- 2 A Remark on Hahn-Lu Comparision Theorem
- 3 A Technique for Positivity and Completeness of Bergman Metric
- 4 Examples
- 4.1 The Kohn-Nirenberg and Fornaess Domains
- 4.2 Other Domains
- 5 Remarks and More Questions
- References
- Abstract Basins of Attraction
- 1 The Construction of Abstract Basins
- 2 Bedford's Conjecture
- 3 Loewner's Theory
- 4 Models
- References
- Invertible Dynamics on Blow-ups of mathbbPk
- 1 Introduction
- 2 Rational Surfaces
- 3 Degree Complexity, or Dynamical Degree
- 4 Some Rational Surface Automorphisms with d&1
- 5 Connection Between Dynamical Degree and Length Growth: A Graphic Example
- 6 Heuristic Picture: Dynamical Complexity Versus Degree Complexity
- 7 What Are the Compact Surfaces X Which Carry an finAut(X) with d1(f)&1?
- 8 Pseudo-automorphisms
- 9 Intermediate Dynamical Degrees
- 10 Existence of Pseudo-automorphisms of Blowups of mathbbPk
- 11 Cohomological Hyperbolicity
- References
- On Nazarov's Complex Analytic Approach to the Mahler Conjecture and the Bourgain-Milman Inequality
- 1 Introduction
- 2 Equivalent SCV Formulation
- 3 The Upper Bound
- 4 The Lower Bound
- References
- A Survey on Bergman Completeness
- 1 Introduction
- 2 Bergman Completeness for Domains in mathbbCn
- 3 Bergman Completeness for Open Complex Manifolds
- References
- Structure Theorems for Compact Kähler Manifolds with Nef Anticanonical Bundles
- 1 Introduction and Preliminaries
- 2 Criterion for Rational Connectedness
- 3 A Generalized Holonomy Principle
- 4 Structure Theorem for Compact Kähler Manifolds with KX-1 Semipositive
- 5 Compact Kähler Manifolds with Nef Anticanonical Bundles
- References
- An Estimate for the Squeezing Function and Estimates of Invariant Metrics
- 1 Introduction
- 2 Proof of Theorem 1.2
- 3 Proof of Theorem 1.1
- 3.1 Estimate (a)
- 3.2 Estimate (b)
- 4 An Example
- References
- Classification of Proper Holomorphic Mappings Between Generalized Pseudoellipsoids of Different Dimensions
- 1 The Research of Proper Holomorphic Mappings
- 1.1 Extension Problem
- 1.2 Proper Holomorphic Mappings and Biholomorphic Mappings
- 1.3 Determination of Proper Holomorphic Mappings
- 2 Main Theorem and History of Gap Theorems
- 2.1 Main Theorem
- 2.2 History of Gap Theorems
- 3 Expansion of a Mapping
- 4 Main Result (General Case)
- 5 Main Result (Low Dimensional Case)
- 6 Some Conjectures
- 6.1 The Number of Blocks
- 6.2 Dimension in the Blocks
- References
- Bergman Kernel Asymptotics and a Pure Analytic Proof of the Kodaira Embedding Theorem
- 1 Introduction and Set up
- 1.1 Set up
- 2 Terminology in Semi-classical Analysis
- 3 Asymptotic Expansion of Bergman Kernel
- 3.1 Big Line Bundles and Shiffman Conjecture
- 4 A Bergman Kernel Proof of the Kodaira Embedding Theorem
- References
- On the Density and the Volume Density Property
- 1 Introduction
- 2 Main Feature of Density and Volume Density Property and Some Recent Applications
- 3 The Criterion and Volume Density of Products
- 4 Open Problems
- References
- On Meromorphic Continuation of Local Zeta Functions
- 1 Introduction
- 2 Preliminaries
- 2.1 Polyhedra
- 2.2 Newton Polyhedra
- 2.3 The ?-Part
- 2.4 Adapted Coordinates and Superadapted Coordinates
- 3 Main Results
- References
- Themes on Non-analytic Singularities of Plurisubharmonic Functions
- 1 Introduction
- 2 Multiplier Ideal Sheaves and the Openness Conjecture
- 2.1 Basic Notions and Some Examples
- 2.2 Multiplier Ideal Sheaves and the Openness Conjecture
- 3 Demailly Approximation of Psh Singularity
- 4 Resolution of Psh Singularity
- 5 Analytic Adjoint Ideal Sheaves
- References
- Proper Holomorphic Maps Between Bounded Symmetric Domains
- 1 Introduction
- 2 Geometry of Boundary Components
- 2.1 Adapted Frames
- 2.2 The Connection Matrix Form
- 2.3 The Tangent Space of Sp,q,r
- 2.4 Structure Identities
- 3 Differential Equations for CR Maps
- References
- Characterizations of Strongly Pseudoconvex Models in Almost Complex and CR Geometries
- 1 Introduction
- 1.1 The Characterization of the Unit Ball
- 1.2 The Characterization of the Unit Sphere
- 1.3 Generalizations
- 2 The Wong-Rosay Theorem in the Almost Complex Manifold
- 2.1 Automorphisms of the Pseudo-Siegel Domain
- 2.2 The Scaling Method in Almost Complex Manifold
- 2.3 Bounded Realization of the Pseudo-Siegel Domain
- 3 Schoen's Theorem in Almost CR Manifolds
- 3.1 Pseudo-hermitian Structure Equations
- 3.2 Pseudo-hermitian Equivalence Problem
- 3.3 Sub-Riemannian Yamabe Problem
- 3.4 A Generalization of Schoen's Theorem
- References
- Compact Smooth but Non-complex Complements of Complete Kähler Manifolds
- 1 Introduction
- 2 Compact Counterexamples
- 3 Remarks
- References
- Injectivity Theorems with Multiplier Ideal Sheaves and Their Applications
- 1 Introduction
- 1.1 Analytic Versions of the Injectivity Theorem
- 1.2 Applications to the Vanishing Theorem
- 1.3 Applications to the Extension Theorem
- 2 Proof of the Main Results
- 2.1 Proof of Theorem 2.1
- 2.2 Proof of Theorem 1.3
- 2.3 Proof of Theorem 1.4
- 3 Open Problems
- References
- Amoebas of Cuspidal Strata for Classical Discriminant
- 1 The Contour of Amoeba and the Logarithmic Gauss Map
- 2 Cuspidal Strata for Classical Discriminant
- 3 Amoebas of Reduced Cuspidal Strata for Classical Discriminant
- References
- A Remark on Hörmander's Isomorphism
- 1 Introduction
- 2 An L2 Isomorphism Theorem
- 3 Extension and Isomorphism on Compact Manifolds
- 4 Additional Remarks
- References
- The Julia-Wolff-Carathéodory Theorem and Its Generalizations
- 1 The Classical Julia-Wolff-Carathéodory Theorem
- 2 Generalizations to Several Variables
- 3 Julia-Wolff-Carathéodory Theorem for Infinitesimal Generators
- References
- A Brief Survey on Local Holomorphic Dynamics in Higher Dimensions
- 1 Introduction
- 2 The First-Level Invariants
- 2.1 The Multipliers
- 2.2 Multi-resonance
- 2.3 Diagonalization
- 3 The Second-Level Invariants
- 3.1 The Order and Characteristic Directions
- 3.2 The Director and Residual Index
- 3.3 The Non-dicritical Order
- 4 The Third-Level Invariants
- 4.1 Essentially Non-degenerate
- 4.2 Non-dynamically-Separating
- References
- L2-Serre Duality on Singular Complex Spaces and Applications
- 1 Introduction
- 2 L2-Theory for the overline-Operator on Singular Spaces
- 3 Two overline-Complexes on Singular Complex Spaces
- 4 L2-Serre Duality
- 5 Hartogs' Extension Theorem
- 6 Rational Singularities
- 7 mathcalA-sheaf duality
- References
- Proper Holomorphic Maps Between Bounded Symmetric Domains
- 1 Proper Holomorphic Maps Between the Unit Balls
- 2 Rigidity of Proper Holomorphic Maps Between Bounded Symmetric Domains
- 3 Other Proper Holomorphic Maps Between Bounded Symmetric Domains of Type I
- References
- Some Dynamical Systems of Extremal Measures
- 1 Introduction
- 1.1 Bergman Volume Forms
- 1.2 Kähler-Einstein Volume Forms
- 1.3 Dynamical System of Bergman Kernels
- 1.4 Supercanonical Volume Form
- 1.5 Extremal Measures
- 1.6 Relation Between Extremal Measures and Supercanonical Measures
- 2 Dynamical Systems of Extremal Measures
- 2.1 Dynamical System of Extremal Measure
- 2.2 Proof of Theorem 2.1
- 3 Dynamical System of Extremal Measures on Compact Kähler manifolds
- 3.1 Abundance of Canonical Line Bundle
- 3.2 Twisted Kähler-Einstein Currents and Canonical Measures
- 3.3 Dynamical Systems of Extremal Measures on a Compact Kähler Manifold
- References
- On Representative Domains and Cartan's Theorem
- 1 Introduction
- 2 Preliminaries
- 3 Cartan Theorem Revisited
- 4 Open Problems
- References
- On Curvature Estimates of Bounded Domains
- 1 Introduction
- 2 Intrinsic Derivatives Induced by the Bergman Kernel
- 3 Lu's Estimates of the Bergman Curvatures
- 3.1 Lower and Upper Bounds of the Bergman Curvatures
- 4 Uniform Estimates of the Bergman Curvatures
- 5 Concluding Remarks and Open Questions
- References
- Some Problems
- 1 Worm
- 2 Nirenberg Problem
- 3 The bar-problem
- 4 Bergman Space
- 5 Polynomial Convexity
- 6 Complex Dynamics/Real Dynamics
- 7 Fatou-Bieberbach Domains
- 7.1 Definition of Fatou-Bieberbach (FB) Domains
- 7.2 Standard Construction of Fatou-Bieberbach Domains
- 8 Convexity
- 9 Unbounded Domains
- 10 Automorphism Groups
- 11 CR Manifolds and CR Vector Fields
- 12 Semicontinuity of Automorphism Group
- 13 The Scaling Methods
- 14 Curvature
- References
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