Elementary Particle Theories

Table of Contents

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   Book Overview
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   Chapter 1 Introduction
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   Chapter 2 On the Nonlinear Spinor Theory of Elementary Particles
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   Chapter 3 Nonlinear Spinor Theory in Terms of Vacuum Expectation Values
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   Chapter 4 Spontaneous Breakdown of Symmetries
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   Chapter 5 Theory of Spontaneous Symmetry Breakdown and the Appearance of Massless Particles
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   Chapter 6 Current Algebras and Calculations in Broken Symmetries
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   Chapter 7 Axial Form Factors by the Algebra of Currents
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   Chapter 8 Collinear Groups and Dynamical Approach to Symmetry
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    Chapter 9 Radiative Corrections in Nucleon-β-Decay and Electromagnetic Form Factors
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    Chapter 10 Description of K ± p Interactions
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    Chapter 11 Dynamics of the π — N System
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    Chapter 12 Degenerate Representations of Non-Compact Lie Groups
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    Chapter 13 Triplet Model of Elementary Particles
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    Chapter 14 Higher Symmetries
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    Chapter 15 Relativistic Invariance and Local Fields
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    Chapter 16 What if Anything is SU(6) Symmetry?
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    Chapter 17 Spin and Lorentz Extensions of Intrinsic Symmetry Groups
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    Chapter 18 Relativistic SU(6)
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    Chapter 19 Attempts at Understanding the Mass Spectra of Elementary Particles
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    Chapter 20 On Some Applications of Abstract Methods in Mathematical Physics
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    Chapter 21 Finite Formulation of Renormalization Method