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Preface

Part 1. Introduction

1. Second Quantization

2. Statistical Mechanics

Part 2. Ground-state (Zero-temperature) Formalism

3. Green's Functions and Field Theory (Fermions)

4. Fermi Systems

5. Linear Response and Collective Modes

6. Bose Systems

Part 3. Finite-Temperature Formalism

7. Field Theory at Finite Temperature

8. Physical Systems at Finite Temperature

9. Real-Time Green's Functions and Linear Response

Part 4. Canonical Transformations

Part 5. Applications to Physical Systems

11. Nuclear Matter

12. Phonons and Electrons

13. Superconductivity

14. Superfluid Helium

15. Applications to Finite Systems: The Atomic Nucleus

Appendix A. Definite Integrals

Appendix B. Review of the Theory of Angular Momentum

Index

Part 1. Introduction

1. Second Quantization

2. Statistical Mechanics

Part 2. Ground-state (Zero-temperature) Formalism

3. Green's Functions and Field Theory (Fermions)

4. Fermi Systems

5. Linear Response and Collective Modes

6. Bose Systems

Part 3. Finite-Temperature Formalism

7. Field Theory at Finite Temperature

8. Physical Systems at Finite Temperature

9. Real-Time Green's Functions and Linear Response

Part 4. Canonical Transformations

Part 5. Applications to Physical Systems

11. Nuclear Matter

12. Phonons and Electrons

13. Superconductivity

14. Superfluid Helium

15. Applications to Finite Systems: The Atomic Nucleus

Appendix A. Definite Integrals

Appendix B. Review of the Theory of Angular Momentum

Index

Library of Congress subject headings for this publication: Many-body problem