量子场论 第2卷 英文

1 (p1): 15 NON-ABELIAN GAUGE THEORIES
2 (p1-1): 15.1 Gauge Invariance
7 (p1-2): 15.2 Gauge Theory Lagrangians and Simple Lie Groups
12 (p1-3): 15.3 Field Equations and Conservation Laws
14 (p1-4): 15.4 Quantization
19 (p1-5): 15.5 The De Witt-Faddeev-Popov Method
24 (p1-6): 15.6 Ghosts
27 (p1-7): 15.7 BRST Symmetry
36 (p1-8): 15.8 Generalizations of BRST Symmetry
42 (p1-9): 15.9 The Batalin-Vilkovisky Formalism
50 (p1-10): Appendix A A Theorem Regarding Lie Algebras
54 (p1-11): Appendix B The Cartan Catalog
58 (p1-12): Problems
59 (p1-13): References
63 (p2): 16 EXTERNAL FIELD METHODS
63 (p2-1): 16.1 The Quantum Effective Action
68 (p2-2): 16.2 Calculation of the Effective Potential
72 (p2-3): 16.3 Energy Interpretation
75 (p2-4): 16.4 Symmetries of the Effective Action
78 (p2-5): Problems
78 (p2-6): References
80 (p3): 17 RENORMALIZATION OF GAUGE THEORIES
80 (p3-1): 17.1 The Zinn-Justin Equation
82 (p3-2): 17.2 Renormalization:Direct Analysis
91 (p3-3): 17.3 Renormalization:General Gauge Theories
95 (p3-4): 17.4 Background Field Gauge
100 (p3-5): 17.5 A One-Loop Calculation in Background Field Gauge
109 (p3-6): Problems
110 (p3-7): References
111 (p4): 18 RENORMALIZATION GROUP METHODS
112 (p4-1): 18.1 Where do the Large Logarithms Come From?
119 (p4-2): 18.2 The Sliding Scale
130 (p4-3): 18.3 Varieties of Asymptotic Behavior
139 (p4-4): 18.4 Multiple Couplings and Mass Effects
145 (p4-5): 18.5 Critical Phenomena
148 (p4-6): 18.6 Minimal Subtraction
152 (p4-7): 18.7 Quantum Chromodynamics
157 (p4-8): 18.8 Improved Perturbation Theory
158 (p4-9): Problems
159 (p4-10): References
163 (p5): 19 SPONTANEOUSLY BROKEN GLOBAL SYMMETRIES
163 (p5-1): 19.1 Degenerate Vacua
167 (p5-2): 19.2 Coldstone Bosons
177 (p5-3): 19.3 Spontaneously Broken Approximate Symmetries
182 (p5-4): 19.4 Pions as Goldstone Bosons
192 (p5-5): 19.5 Effective Field Theories:Pions and Nucleons
211 (p5-6): 19.6 Effective Field Theories:General Broken Symmetries
225 (p5-7): 19.7 Effective Field…