Angular Derivatives in Several Complex Variables / Marco Abate |
Introduction / 1: |
One Complex Variable / 2: |
Julia's Lemma / 3: |
Lindelöf Principles / 4: |
The Julia-Wolff-Caratheodory Theorem / 5: |
References |
Real Methods in Complex Dynamics / John Erik Fornæss |
Lecture 1: Introduction to Complex Dynamics and Its Methods |
General Remarks on Dynamics / 1.1: |
An Introduction to Complex Dynamics and Its Methods / 1.3: |
Lecture 2: Basic Complex Dynamics in Higher Dimension |
Local Dynamics / 2.1: |
Global Dynamics / 2.2: |
Fatou Components / 2.3: |
Lecture 3: Saddle Points for Hénon Maps |
Elementary Properties of Hénon Maps / 3.1: |
Ergodicity and Measure Hyperbolicity / 3.2: |
Density of Saddle Points / 3.3: |
Lecture 4: Saddle Hyperbolicity for Henon Maps |
Proof of Theorem 4.10 / 4.1: |
Proof of Theorem 4.9 / 4.3: |
Local Equivalence Problems for Real Submanifolds in Complex Spaces / Xiaojun Huang |
Global and Local Equivalence Problems |
Formal Theory for Levi Non-degenerate Real Hypersurfaces |
General Theory for Formal Hypersurfaces |
Hk-Space and Hypersurfaces in the Hk-Normal Form |
Application to the Rigidity and Non-embeddability Problems |
Bishop Surfaces with Vanishing Bishop Invariants / 2.4: |
Formal Theory for Bishop Surfaces with Vanishing Bishop Invariant |
Moser-Webster's Theory on Bishop Surfaces with Non-exceptional Bishop Invariants |
Complexification M of M and a Pair of Involutions Associated with M |
Linear Theory of a Pair of Involutions Intertwined by a Conjugate Holomorphic Involution |
General Theory on the Involutions and the Moser-Webster Normal Form |
Geometric Method to the Study of Local Equivalence Problems |
Cartan's Theory on the Equivalent Problem / 5.1: |
Segre Family of Real Analytic Hypersurfaces / 5.2: |
Cartan-Chern-Moser Theory for Germs of Strongly Pseudoconvex Hypersurfaces / 5.3: |
Introduction to a General Theory of Boundary Values / Jean-Pierre Rosay |
Introduction - Basic Definitions |
What Should a General Notion of Boundary Value Be? |
Definition of Strong Boundary Value (Global Case) |
Remarks on Smooth (Not Real Analytic) Boundaries |
Analytic Functionals / 1.4: |
Analytic Functional as Boundary Values / 1.5: |
Some Basic Properties of Analytic Functionals / 1.6: |
Carriers - Martineau's Theorem |
Local Analytic Functionals |
Hyperfunctions / 1.7: |
The Notion of Functional (Analytic Functional or Distribution, etc.) Carried by a Set, Defined Modulo Similar Functionals Carried by the Boundary of that Set |
Limits / 1.8: |
Theory of Boundary Values on the Unit Disc |
Functions u(t,?) That Have Strong Boundary Values (Along t = 0) |
Boundary Values of Holomorphic Functions on the Unit Disc |
Independence on the Defining Function |
The Role of Subharmonicity (Illustrated Here by Discussing the Independence on the Space of Test Functions) |
The Hahn Banach Theorem in the Theory of Analytic Functionals |
A Hahn Banach Theorem |
Some Comments |
The Notion of Good Compact Set |
The Case of Non-Stein Manifolds / 3.4: |
Spectral Theory |
Non-linear Paley Wiener Theory and Local Theory of Boundary Values |
The Paley Wiener Theory |
Application |
Application to a Local Theory of Boundary Values |
Extremal Discs and the Geometry of CR Manifolds Alexander Tumanov |
Extremal Discs for Convex Domains |
Real Manifolds in Complex Space |
Extremal Discs and Stationary Discs |
Coordinate Representation of Stationary Discs |
Stationary Discs for Quadrics |
Existence of Stationary Discs / 6: |
Geometry of the Lifts / 7: |
Defective Manifolds / 8: |
Regularity of CR Mappings / 9: |
Preservation of Lifts / 10: |
Angular Derivatives in Several Complex Variables / Marco Abate |
Introduction / 1: |
One Complex Variable / 2: |
Julia's Lemma / 3: |
Lindelöf Principles / 4: |
The Julia-Wolff-Caratheodory Theorem / 5: |