فیزیک ذرات بنیادی مدرن: ذرات و نیروهای بنیادی

The Standard Model. 1. Survey. 2. Relativistic Notation, Lagrangians, Currents, 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 Of W[actual Symbol Not Reproducible] And Z[superscript 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. Quarks, Confinement, Light Mesons, Baryons, Jets, And Glueballs. 16. Light Mesons, Baryons, And Strong Isospin. 17. Heavy Quarks (c, B, T). 18. Deep Inelastic Scattering And Structure Functions. 19. E+e- Colliders And Tests Of The Standard Model. 20. Coupling Strengths Depend On The Momentum Transfer And On Virtual Particles. 21. Production And Detection Of A Higgs Boson. 22. Quark (and Lepton) Mixing Angles. 23. Quark And Hadron Masses. 24. Cp Violation. 25. Why The T-quark And The [tau]-neutrino Must Exist -- Applications Of The Standard Model To Questions Beyond The Standard Model. 26. Open Questions. 27. Grand Unification. 28. Supersymmetry. 29. Neutrino Masses? -- App. A. Angular Momentum And Spin And Su(2) -- App. B. Some Group Theory -- App. C. Some Relativistic Kinematics -- App. D. The Point Cross Section -- App. E. When Are Our Approximations Not Valid? App. F. Lagrangians And Symmetries; The Euler-lagrange Equations. Gordon Kane The Advanced Book Program. Includes Bibliographical References (p. 339-344) And Index. Alternate cover edition can be found (https://www.goodreads.com/book/show/25950099-modern-elementary-particle-physics) here . Revised and updated from the 1987 version. Rather than giving a historical treatment, the author explains the modern standard model and the gauge theory of the interactions of quarks and leptons via exchange of photons, W and Z bosons, and gluons. The treatment avoids technical details, but fully ex