This book provides beginning researchers with a self-contained introduction to the subject of CP violation, starting at an elementary level and taking the reader to the forefront of current research.
This book provides beginning researchers with a self-contained introduction to the subject of CP violation, starting at an elementary level and taking the reader to the forefront of current research.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Gustavo Castelo Branco, Instituto Superior Tecnico and Centro de Fisica das Interaccoes Fundamentais, Luis Lavoura, Universidade Tecnica de Lisboa and Centro de Fisica das Interaccoes Fundamentais, Joao Paulo Silva, Instituto Superior de Engenharia de Lisboa and Centro de Fisica Nuclear da Universidade de Lisboa
Inhaltsangabe
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
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
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