Abstract
We show that the recently measured 3.9 σ deviations of the charge asymmetry of like-sign dimuon events from the standard model prediction by the D0 collaboration at Tevatron can be explained by introducing the anomalous right-handed top quark couplings. A combined analysis with the \(B_s - \bar B_s\) and the \(B_d - \bar B_d\) mixings, B → X sγ decays and the time-dependent CP asymmetry in B → φK decays has been performed. The anomalous tsW couplings are preferred to explain the dimuon charge asymmetry together with other CP violating observables.
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