| PREFACE TO VOLUMEⅢ NOTATION 24 HISTORICAL INTRODUCTION 24.1 Unconventional Symmetries and ‘No-Go‘ Theorems 24.2 The Birth of Supersymmetry Appendix A SU(6) Symmetry of Non-Relativistic Quark Models Appendix B The Coleman-Mandula Theorem Problems References 25 SUPERSYMMETRY ALGEBRAS 25.1 Graded Lie Algebras and Graded Parameters 25.2 Supersymmetry Algebras 25.3 Space Inversion Properties of Supersymmetry Generators 25.4 Massless Particle Supermultiplets 25.5 Massive Particle Supermultiplets Problems References 26 SUPERSYMMETRIC FIELD THEORIES 26.1 Direct Construction of Field Supermultiplets 26.2 General Superfieids 26.3 Chirl and Linear Superfields 26.4 Renormalizable Theories of Chiral Superfields 26.5 Spontaneous Supersymmetry Breaking in the Tree Aproximation 26.6 Superspace Integuals,Field Equations,and The Current Superfield 26.7 The Supercurrent 26.8 General Kahler Potentials Appendix Majorana Spinors Problems References 27 Supersymmetric Gauge Theories 28 Supersymmetric Versions of the Standard Model 29 Beyond Perturbation Theory 30 Supergraphs 31 Supergravity 32 Supersymmetry Algebras in Higher Dimensions |
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