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Slow Relaxations and Nonequilibrium Dynamics in Condensed Matter

Les Houches Session LXXVII, 1-26 July, 2002

  • Conference proceedings
  • © 2003

Overview

Editors:
  1. Jean-Louis Barrat
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  2. Mikhail Feigelman
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  3. Jorge Kurchan
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  4. Jean Dalibard
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Part of the book series: Les Houches - Ecole d'Ete de Physique Theorique (LHSUMMER, volume 77)

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Table of contents (16 papers)

  1. Front Matter

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  2. Course 1: Nonequilibrium Phase Transitions

    • Z. Rácz
    Pages 1-40

  3. Course 2: Mechanical Aging and Non-linear Rheology of Concentrated Colloidal Suspensions: Experimental Facts and Simple Models

    • A. Ajdari
    Pages 41-73

  4. Course 3: Structural Relaxation and Rheology of Soft Condensed Matter

    • M. E. Cates
    Pages 75-129

  5. Course 4: Granular Media: Some Ideas from Statistical Physics

    • J. P. Bouchaud
    Pages 131-197

  6. Course 5: Supercooled Liquids, the Glass Transition, and Computer Simulations

    • W. Kob
    Pages 199-269

  7. Course 6: Glasses, Replicas and All That

    • G. Parisi
    Pages 271-364

  8. Course 7: Dynamics of Glassy Systems

    • L. F. Cugliandolo
    Pages 367-521

  9. Course 8: Equilibrium States and Dynamics of Equilibration: General Issues and Open Questions

    • D. S. Fisher
    Pages 523-553

  10. Course 9: Experimental Analysis of Aging

    • S. Ciliberto
    Pages 555-604

  11. Course 10: Fluctuation Dissipation Relation in a Non-stationary System: Experimental Investigation in a Spin Glass

    • M. Ocio, D. Hérisson
    Pages 605-621

  12. Course 11: Non-equilibrium Dynamics and Aging in the Electron Glass

    • Z. Ovadyahu
    Pages 623-648

  13. Course 12: Proteins: Structural, Thermodynamic and Kinetic Aspects

    • A. V. Finkelstein
    Pages 649-703

  14. Course 13: Self-organized Criticality in Granular Superconductors

    • S. L. Ginzburg, N. E. Savitskaya
    Pages 705-718

  15. Course 14: Hiking through Glassy Phases: Physics beyond Aging

    • L. Berthier, V. Viasnoff, O. White, V. Orlyanchik, F. Krzakala
    Pages 719-742

  16. Course 15: Kinetically Constrained Models and Driven Systems with Slow Dynamics

    • M. Clincy, H. S. Bond, S. Whitelam
    Pages 743-754

  17. Course 16: Dynamic Transitions in Thermal and Athermal Systems

    • C. B. Holmes, J. H. Snoeijer, Th Voigtmann
    Pages 755-766

  18. Back Matter

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Keywords

About this book

Intended for graduate students in physics and chemistry, this book touches on granular matter, protein folding, phase separating and evolution kinetics. Taking glasses as a central theme, it presents the problem of slow dynamics from several angles, a ubiquitous feature in condensed matter, mechanics and biological physics. Some of the best established workers in the field present different theoretical and experimental approaches to the subject.

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