Selected chapters in the calculus of variations /
These lecture notes describe the Aubry-Mather-Theory within the calculus of variations. The text consists of the translated original lectures of Jürgen Moser and a bibliographic appendix with comments on the current state of the art in this field of interest. Students will find a rapid introduction...
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Language: | English |
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Basel ; Boston :
Birkhäuser Verlag,
c2003
Basel ; Boston : Birkhäuser, [2003], ©2003 Basel ; Boston : Birkhäuser, c2003 Basel ; Boston : ©2003 Basel ; Boston : c2003 Basel ; Boston, MA : c2003 |
Series: | Lectures in mathematics ETH Zürich
Lectures in mathematics ETH Zürich Lectures in mathematics ETH Zürich Lectures in mathematics ETH Zürich |
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Table of Contents:
- Introduction
- 1. One-dimensional variational problems
- 2. Extremal fields and global minimal
- 3. Discrete Systems, applications
- Bibliography
- Remarks on the literature
- Additional bibliography
- 0.1 Introduction
- 0.2. On these lecture notes
- 1. One-dimensional variational problems
- 1.1. Regulatory of the minimals
- 1.2. Examples
- 1.3. The accessory variational problem
- 1.4. Extremal fields for n=1
- 1.5. The Hamiltonian formulation
- 1.6. Exercises to Chapter 1
- 2. Extremal fields and global minimals
- 2.1. Global extremal fields
- 2.2. An existence theorem
- 2.3. Properties of global minimals
- 2.4. A priori estimates and a compactness property
- 2.5. M[subscript [alpha]] for irrational [alpha], Mather sets
- 2.6. M[subscript [alpha]] for rational [alpha]
- 2.7. Exercises to chapter II
- 3. Discrete Systems, Applications
- 3.1. Monotone twist maps
- 3.2. A discrete variational problem
- 3.3. Three examples
- 3.4. A second variational problem
- 3.5. Minimal geodesics on T[superscript 2]
- 3.6. Hedlund's metric on T[superscript 3]
- 3.7. Exercises to chapter III
- A. Remarks on the literature.
- 0.1 Introduction
- 0.2. On these lecture notes
- 1. One-dimensional variational problems
- 1.1. Regulatory of the minimals
- 1.2. Examples
- 1.3. The accessory variational problem
- 1.4. Extremal fields for n=1
- 1.5. The Hamiltonian formulation
- 1.6. Exercises to Chapter 1
- 2. Extremal fields and global minimals
- 2.1. Global extremal fields
- 2.2. An existence theorem
- 2.3. Properties of global minimals
- 2.4. A priori estimates and a compactness property
- 2.5. M[subscript [alpha]] for irrational [alpha], Mather sets
- 2.6. M[subscript [alpha]] for rational [alpha]
- 2.7. Exercises to chapter II
- 3. Discrete Systems, Applications
- 3.1. Monotone twist maps.