| Preface 1 Quarks and leptons 1.1 Preamble. 1.2 The Standard Model of particle physics 1.3 Particle classification: fermions and bosons 1.4 Particles and antiparticles 1.5 Free particle wave equations 1.6 Helicity states: helicity conservation 1.7 Lepton flavours 1.8 Quark flavours 1.9 The cosmic connection Problems 2 Interactions and fields 2.1 Classical and quantum pictures of interactions 2.2 The Yukawa theory of quantum exchange 2.3 The boson propagator 2.4 Feynman diagrams 2.5 Electromagnetic interactions 2.6 Renormalisation and gauge invariance 2.7 Strong interactions 2.8 Weak and electroweak interactions 2.9 Gravitationl interactions 2.10 The interaction cross-section 2.11 Decays and resonances Problems 3 Invariance principles and conservation laws 4 Quarks in hadrons 5 Lepton and quark scattering 6 Quark interactins and QCDq 7 Weak interactions 8 Electroweak interactions and the Standard Model 9 Physics beyond the Standard Model 10 Particle Physics and Cosmology 11 Experimental methods Glossary Answers to Problems Bibliography References Index |
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