and related anomalies in minimal flavor violation framework with boson
arXiv:1706.02696 · doi:10.1103/PhysRevD.96.115022
Abstract
A recent LHCb measurement of the ratio of to branching fractions has produced results in mild tension with the standard model (SM). This adds to the known anomalies also induced by the transitions, resulting in a confidence level now as high as 4. We analyze whether the parameter space preferred by all the anomalies is compatible with a heavy boson assumed to have nonuniversal couplings to SM fermions dictated by the principle of minimal flavor violation (MFV). We deal with the MFV couplings of the to leptons in the context of the type-I seesaw scenario for generating neutrino masses. The flavor-violating interactions are subject to stringent constraints from other processes, especially - mixing, charged lepton decays occurring at tree level, and the loop induced . We perform scans for parameter regions allowed by various data and predict the ranges for a number of observables. Some of the predictions, such as the branching fractions of lepton-flavor violating , , , and , are not far below their experimental bounds and therefore could be probed by searches in the near future. The viable parameter space depends strongly on the neutrino mass hierarchy, with a preference for the inverted one.
25 pages, 5 figures, slightly enlarged, comments & references added, matches journal version
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