Exploiting CP-asymmetries in rare charm decays
arXiv:2004.01206 · doi:10.1103/PhysRevD.101.115006
Abstract
We analyze patterns from CP-violating new physics (NP) in hadronic and semileptonic rare charm transitions. Observation of direct CP-violation in hadronic decays, as in , provides opportunities for , transitions, and vice versa. For the concrete case of flavorful, anomaly-free -models a NP-interpretation of suggests measurable CP-asymmetries in semileptonic decays such as or . Conversely, an observation of CP-violation in or decays supports a NP--interpretation of . Flavorful -extensions provide explicit U--spin and isospin breaking which can be probed in patterns of hadronic decays of charm mesons. We work out signatures for CP-asymmetries in , and , decays, which can be probed in the future at LHCb and Belle II and provide further informative cross checks.
arXiv comment13 pages, 5 figures
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