B decays and models for CP violation
arXiv:hep-ph/9601204 · doi:10.1103/PhysRevD.53.6326
Abstract
The decay modes to , , , and are promising channels to study the unitarity triangle of the CP violating CKM matrix. In this paper I study the consequences of these measurements in the Weinberg model. I show that using the same set of measurements, the following different mechanisms for CP violation can be distinguished: 1) CP is violated in the CKM sector only; 2) CP is violated spontaneously in the Higgs sector only; And 3) CP is violated in both the CKM and Higgs sectors.
18 pagers, Revtex, Four compressed figures. Some typos in the figure captions are corrected
References in corpus (18)
- Progress in Electroweak Baryogenesis
- The Effective Hamiltonian Including Next-to-Leading Order QCD and QED Corrections
- Decays of Mesons to Two Light Pseudoscalars
- The Two-Loop Anomalous Dimension Matrix for Weak Non-Leptonic Decays I:
- Two--Loop Anomalous Dimension Matrix for Weak Non-Leptonic Decays II:
- ELECTROWEAK PENGUINS AND TWO-BODY B DECAYS
- Scheme Independence of the Effective Hamiltonian for and Decays
- Weak Coupling Phase from Decays of Charged B Mesons to and
- Isospin Structure of Penguins And Their Consequences in Physics
- Hadronic Penguin B Decays In The Standard And The Two-Higgs-Doublet Models
- Strategies for Fixing the CKM-angle and Obtaining Experimental Insights into the World of Electroweak Penguins
- CP asymmetry Relations Between and Rates
- Measuring Strong and Weak Phases in Time-Independent B Decays
- Determining the Weak Phase From Charged Decays
- A method for determining CP violating phase
- Towards the Control over Electroweak Penguins in Nonleptonic B-Decays
- Rare b Decays
- CP Asymmetry In Neutral System At Symmetric Colliders