Book contents
- Frontmatter
- Contents
- Preface
- 1 Introduction
- 2 Models, order parameters, and systems
- 3 Mean field theory I: Ising model, equilibrium theory
- 4 Introduction to dynamics
- 5 Mean field theory II: Ising dynamics
- 6 Mean field theory III: vector spins
- 7 Short-range interactions: low-temperature properties
- 8 Beyond mean field theory
- 9 Dynamics on many time scales
- 10 Specific heat, sound propagation, and transport properties
- 11 Competition between spin glass and ferromagnetic or antiferromagnetic order
- 12 One-dimensional models
- 13 Random field and random anisotropy
- 14 The physics of complexity
- 15 A short history of spin glasses
- References
- Index
1 - Introduction
Published online by Cambridge University Press: 01 June 2011
- Frontmatter
- Contents
- Preface
- 1 Introduction
- 2 Models, order parameters, and systems
- 3 Mean field theory I: Ising model, equilibrium theory
- 4 Introduction to dynamics
- 5 Mean field theory II: Ising dynamics
- 6 Mean field theory III: vector spins
- 7 Short-range interactions: low-temperature properties
- 8 Beyond mean field theory
- 9 Dynamics on many time scales
- 10 Specific heat, sound propagation, and transport properties
- 11 Competition between spin glass and ferromagnetic or antiferromagnetic order
- 12 One-dimensional models
- 13 Random field and random anisotropy
- 14 The physics of complexity
- 15 A short history of spin glasses
- References
- Index
Summary
Questo é quel pezzo di calamita:
Pietra mesmerica, ch'ebbe l'origine nell'Alemagna,
Che poi si celebre là in Francia fu.
Lorenzo da Ponte, Cosi fan Tutte, Act IOne of the dominant themes in the history of physics in this century has been the effort to understand condensed states of matter. This began with very simple systems — the Van der Waals description of the liquid–gas transition and the Weiss mean field theory of ferromagnetism — and has gradually developed to include more and more complex and subtle states and phenomena. Spin glasses are the current frontier in this development, the most complex kind of condensed state encountered so far in solid state physics.
In trying to understand these systems, experimentalists have used a wide spectrum of probes in ingenious ways, and theorists have invented an equally wide variety of models and new theoretical concepts. The resulting developments have had an impact, not only on other parts of physics, but also on other fields such as computer science, mathematics, and biology. It is because of this widespread influence and the interest in spin glasses that it has aroused that we are writing this book.
We expect that many people who read this book will be condensed matter physicists. However, we also have in mind as a typical reader someone from another area in physics, or perhaps a graduate student looking for a research topic, who wants to find out what all the excitement is about.
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- Spin Glasses , pp. 1 - 14Publisher: Cambridge University PressPrint publication year: 1991
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