Family Non-universal Z^\prime effects on \bar{B}_q-B_q$ mixing, B\to X_s μ^+μ^- and B_s\to μ^+μ^- Decays
arXiv:0907.4408 · doi:10.1007/JHEP02(2010)082
Abstract
Motivated by the large discrepancy of CP-violating phase in mixing between the experimental data and the Standard Model prediction, we pursue possible solutions within a family non-universal model. Within such a specific model, we find that both the mixing anomaly and the well-known " puzzle" could be moderated simultaneously with a nontrivial new weak phase, (S1) or (S2). With the stringently constrained coupling , we then study the effects on the rare and decays, which are also induced by the same transition. The observables of , at both high and low regions, are found to be able to put strong constraints on the coupling, . It is also shown that the combined constraints from mixing, and do not allow a large contribution to the pure leptonic decay.
29 pages, 10 figs and 6 tables. References and discussions added. To appear in JHEP
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