A Comprehensive Analysis of Hadronic b->s Transitions in a Family Non-universal Z' Model
arXiv:1312.1302 · doi:10.1088/0954-3899/41/10/105002
Abstract
Motivated by the latest improved measurements of B-meson decays, we make a comprehensive analysis of the impact of a family non-universal boson on mixing and two-body hadronic B-meson decays, all being characterized by the quark-level transition. Explicitly 22 decay modes and the related 52 observables are considered, and some interesting correlations between them are also carefully examined. Firstly, the allowed oases of coupling parameters and are extracted from mixing. Then, in the "SM limit"~({\it i.e.,} no new types of -induced four-quark operators arise compared to the SM case), we study the effects on , and decays. It is found that a new weak phase is crucial for resolving the observed " CP puzzle" and the allowed oases of the other coupling parameters are also strongly restricted. Moreover, the effects on , and decays, being induced by the same quark-level transitions, are also investigated. Especially, it is found that the decay , once measured, would play a key role in revealing the observed " CP puzzle" and probing possible new physics hints. Finally, to check the non-universality of couplings to light-quark pairs, we have studied the decays in detail and found that the left-handed coupling is different from the one, which is due to the large reported by the BaBar collaboration.
38 pages, 11 figures; To appear in JPG
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