Extracting information on CKM phases, electro-weak penguins and new physics from B --> VV decays
arXiv:hep-ph/9805212 · doi:10.1103/PhysRevD.59.013007
Abstract
We derive constraints for modes ($V= vector meson) that allow aquantitative assessment of the contributions from electroweak penguins (EWP) and/or new physics. Interplay of direct CP with oscillation studies then leads to the extraction of the angles alpha and gamma, using B--> K* omega rho and B--> rho omega (phi) respectively, if by using our constraint equations it can be experimentally demonstrated that color-suppressed EWP are small.
12 pages, 0 figures; revised and expanded
References in corpus (5)
- The Possibility of Large Direct CP Violation in B to K pi-Like Modes Due to Long Distance Rescattering Effects and Implications for the Angle gamma
- Final State Interactions and New Physics in B -> pi K Decays
- Weak Phase From Ratio of Rates
- Rescattering Effects, Isospin Relations and Electroweak Penguins in B -> pi K Decays
- Observation of and Search for Related Decay Modes
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- Observation of B Meson Decays to omegaK* and Improved Measurements for omegarho and omega f_0
- B Meson Decays to mega K*, omega rho, omega omega, omega phi, and omega f0
- Determining the Phases alpha and gamma from Direct CP Violation in B_u, B_d and B_s Decays to Two Vectors
- Evidence for Neutral B Meson Decays to wK*0
- New Physics in b -> s bar(s) s Decay. II: Study of B -> V1 V2 Modes
- Supersymmetry and CP violation in B^0_s - \bar{B}^0_s mixing and B^0_s -> J/ψϕdecay
- General analysis of B decays to two pseudoscalars for EWP, rescattering and color suppression effects
- Measurements of B meson decays to omega K* and omega rho
- Evidence for the decay B0 --> omega omega and search for B0 --> omega phi