Hadrons and Their Interactions

Contributors

Foreword

Opening Ceremony

Lectures

Soft Pions


1. The Reduction Formula


2. The Weak Interactions: First Principles


3. The Goldberger-Treiman Relation and a First Glance at PCAC


4. A Hard Look at PCAC


5. The Gradient-Coupling Model


6. Adler's Rule for the Emission of One Soft Pion


7. Current Commutators


8. The Weinberg-Tomozawa Formula and the Adler-Weisberger Relation


9. Pion-Pion Scattering Ala Weinberg


10. Kaon Decays

Appendix 1. Notational Conventions

Appendix 2. No-renormalization Theorem

Appendix 3. Threshold S-Matrix and Threshold Scattering Lengths

Bibliography

Discussion 1

Discussion 2

Discussion 3

Discussion 4

The Method of Phenomenological Lagrangians and that of the Algebra of Fields


1. Introduction


2. The Method of Phenomenological Lagrangians


3. The Algebra of Fields

References

Discussion 1

Discussion 2

Discussion 3

Discussion 4

Breaking Chiral SU(3) X SU(3)

I. Introduction

II. Chiral SU(3) X SU(3)

III. The Mass Formula and its Interpretation

IV. The Next Approximation

V. A Sum Rule for Scalar and Pseudoscalar Mesons

VI. Spectral Functions for Vector and Axial Mesons

References

Discussion 1

Discussion 2

Discussion 3

Discussion 4

Radiative Corrections to Beta Decay and the Structure of Hadrons


1. Introduction


2. Radiative Corrections to the Beta Decay of Point-like Particles


3. Ultraviolet Divergence in the Correlations to Beta Decays of Real Hadrons


4. A Sum Rule


5. The Sub Model

Appendix A — The Fierz Transformation

References

Discussion 1

Discussion 2

Recent Work on Representation of Current Algebra

I. Introduction—Formulation of the Program

II. Mathematical Preliminaries

III. The Single Charge-Bearing-Quark Model

IV. The (l/µ) Expansion

V. Further Possibilities—Conclusions

Discussion 1

Discussion 2

Discussion 3

Discussion 4

Meson Resonances


1. Introduction


2. Experimental Problems


3. Classification


4. Pseudoscalar Nonet


5. Vectornonet


6. The 2+ Nonet


7. The Quark Model and Candidates for other Nonets


8. High Mass Pion Resonances


9. Other Particles


10. Conclusion

References

Discussion 1

Discussion 2

Discussion 3

Discussion 4

The Infrared Radiative Corrections for Colliding Beam (Electrons and Positrons) Experiments

I. The Administration of Infrared Radiative Corrections

II. Details of the Classical Model and other Applications

References

Discussion 1

Discussion 2

Seminars

A Review of Coherent Production in Strong Interactions

Spontaneous Breakdown and the Weak Interaction Angle

Discussion

All Possible Symmetries of the S Matrix

Discussion

Neutrino Physics

Empirical Mass Formula for Mesons and Baryons

Discussion

Recent Experimental Investigations of Electromagnetic Interactions at DESY

Discussion

Low Mass Structure in the (Kππ) System

A Pedagogical Exercise in Binning and Resolution

The Pomeranchuk Affair and Twisting Trajectories

A Brief Review of the Nimrod Experimental Program

Discussion

Photoproduction of Pairs at High Energies

Classification of Particle Multiplets

Discussion

Closing Lecture

Present Status of the Fundamental Interactions

Closing Ceremony

Participants