فیزیک ذرات بنیادی مدرن ۲۰۱۷
Modern Elementary Particle Physics 2017

1. Cover

2. Half-title

3. Title page

4. Copyright information

5. Contents

6. Preface

1 Introduction

2 Relativistic Notation, Lagrangians, and Interactions

3 Gauge Invariance

4 Non-Abelian Gauge Theories

5 Dirac Notation for Spin

6 The Standard Model Lagrangian

7 The Electroweak Theory and Quantum Chromodynamics

8 Masses and the Higgs Mechanism

9 Cross Sections, Decay Widths, and Lifetimes; W and Z Decays

10 Production and Properties of W[sup(pm)] and Z[sup(0)]

11 Measurement of Electroweak and QCD Parameters; the Muon Lifetime

12 Accelerators – Present and Future

13 Experiments and Detectors

14 Low Energy and Non-Accelerator Experiments

15 Observation of the Higgs Boson at the CERN LHC; is it the Higgs Boson?

16 Colliders and Tests of the Standard Model; Particles are Point-Like

17 Quarks and Gluons, Confinement and Jets

18 Hadrons, Heavy Quarks, and Strong Isospin Invariance

19 Coupling Strengths Depend on Momentum Transfer and on Virtual Particles

20 Quark (and Lepton) Mixing Angles

21 CP Violation

22 Overview of Physics Beyond the Standard Model

23 Grand Unification

24 Neutrino Masses

25 Dark Matter

26 Supersymmetry

33. Appendix A Angular Momentum and Spin and SU(2)

34. Appendix B Some Group Theory

35. Appendix C Some Relativistic Kinematics

36. Appendix D The Point-Like Cross Section

37. Appendix E When Are Our Approximations Not Valid?

38. Appendix F Lagrangians and Symmetries; the Euler–Lagrange Equations and Maxwell’s Equations

39. Index