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Hadronic Matter at Extreme Energy Density

  • Book
  • © 1980

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Editors:
  1. Nicola Cabibbo

    1. University of Rome, Italy

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  2. Luigi Sertorio

    1. University of Turin, Italy

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Part of the book series: Ettore Majorana International Science Series (EMISS, volume 2)

Part of the book sub series: Physical Sciences (PHYSC)

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Table of contents (21 chapters)

  1. Front Matter

    Pages i-ix
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  2. Theoretical Lectures

    1. Ericson Fluctuations and the New Argonne Data on πN Scattering

      • Steven C. Frautschi
      Pages 1-17

    2. Asymptotic Freedom and Color Superconductivity in Dense Quark Matter

      • Steven C. Frautschi
      Pages 19-27

    3. Duality Transformation and Confinement in Gauge Theories

      • F. Gliozzi
      Pages 29-48

    4. Thermodynamics of Nuclear Matter from the Statistical Bootstrap Model

      • R. Hagedorn, I. Montvay, J. Rafelski
      Pages 49-148

    5. The Bag Model and Quantum Chromodynamics

      • Julius Kuti
      Pages 149-185

    6. Quarks and Fermionic Geometry

      • Jerzy Lukierski
      Pages 187-199

    7. Nuclear Fireballs in Heavy Ion Collisions

      • I. Montvay
      Pages 201-217

    8. A Critique of Astrophysical Applications of Hagedorn’s Bootstrap

      • W. Nahm
      Pages 219-240

    9. Particle Production in Soft and Hard Hadronic Collisions. Is There Evidence for Hadronic Constituents?

      • Johannes Ranft
      Pages 241-267

    10. From Hadron to Quark Matter

      • H. Satz
      Pages 269-290

    11. Supersymmetry Approach to the Unification of Interactions

      • John H. Schwarz
      Pages 291-312

    12. The Infra-Red Behaviour of the Running Coupling Constant in Yang-Mills Theories

      • F. Zachariasen
      Pages 313-334

  3. Seminars on Specialized Topics

    1. A New Viewpoint on de Sitter Gauge Invariance in Gravity

      • Pietro Frè
      Pages 335-336

    2. Limiting Temperature, Lifetime, Size of the Centrally Produced Hadronic Matter and Its Astrophysical Implications

      • Laszlo Gutay
      Pages 337-337

    3. Evidence for Two Body Break Up at a Unique Temperature in High Energy P-Xe and P-Kr Collisions

      • Laszlo Gutay, J. A. Gaidos, L. J. Gutay, A. S. Hirsch, R. Mitchell, T. V. Ragland et al.
      Pages 339-341

    4. On the Application of Fields with Continuous Mass Parameter

      • Jerzy Lukierski
      Pages 343-344

    5. A Classical Theory of Strong Interactions (with “Confinement”)

      • E. Recami
      Pages 345-346

    6. Energy-Momentum Distribution in e+e− Annihilation

      • G. Pancheri-Srivastava, Y. Srivastava
      Pages 347-348

    7. Exponential Mass Spectrum and Pion Condensation

      • A. Tounsi
      Pages 349-350
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Keywords

About this book

This book originated in the Workshop on "Hadronic Matter at Extreme Energy Density," held at the Ettore Majorana Center in Erice, October 13-21, 1978. The lectures have been expanded to their present size, and the contributions of seven seminars have been represented by abstracts which should stimulate the reader's interest and guide him to the original literature. The title of the book perhaps does not fully represent its content but still is a good indication of the conceptual motiva­ tion of our Workshop. The development of physics in recent years has filled in the first details of the grand design which was initiated with the theory of general relativity and aspires to a synthesis of all the different interactions. However, this development has not been a linear one but .has followed a divided pattern: general relativity had its phenomenological domain in cosmology and had little to do with high-energy elementary particle physics. It was progress in the knowledge of symmetries in particle physics that fueled the advance toward the present formulation of supergravity, thus help­ ing to heal this historical separation. The great program would not have advanced so far if our attention had all the time stayed focused at infinity, where the great issues are.

Editors and Affiliations

  • University of Rome, Italy

    Nicola Cabibbo

  • University of Turin, Italy

    Luigi Sertorio

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