CP Violation

Part I: CP IN QUANTUM MECHANICS 1: The meaning of discrete symmetries 2: The discrete symmetries in quantum physics 3: P, T, and C invariance in QED 4: Applications of the discrete symmetries 5: Weak and strong phases 6: Neutral-meson systems: mixing 7: Neutral-meson systems: decays 8: The neutral-kaon system 9: Heavy neutral-meson systems 10: Experimental status of Bº-Bº mixing Part II: CP VIOLATION IN THE STANDARD MODEL 11: Gauge structure of the standard model 12: The fermions in the standard model 13: Fundamental properties of the CKM matrix 14: Weak-basis invariants and CP violation 15: Moduli of the CKM matrix elements 16: Parametrizations of the CKM matrix 17: *e 18: Mixing in the Bºq-Bºq systems 19: KL?p0?? 20: Effective Hamiltonians 21: *e'/*e PART III: CP VIOLATION BEYOND THE STANDARD MODEL 22: Multi-Higgs-doublet models 23: Spontaneous CP violation 24: Models with vector-like quarks 25: Massive neutrinos and CP violation in the leptonic sector 26: The left-right-symmetric model 27: The strong CP problem PART IV: CP VIOLATION IN B DECAYS 28: Introduction 29: Some experimental issues 30: The mixing parameters 31: Decay amplitudes: diagrammatics 32: Decay amplitudes: effective Hamiltonian 33: CKM phases and interference CP violation 34: Cascade delays 35: Some methods to extract *a 36: Some methods to extract *g 37: Extracting CKM phases with B0s decays 38: Discrete ambiguities