Rare decays of B mesons via on-shell sterile neutrinos
arXiv:1606.04140 · doi:10.1103/PhysRevD.94.053001
Abstract
In view of the projected high number of produced mesons in Belle II experiment ( per year), in addition to the presently ongoing LHC-b, we calculate the rate of decay for the rare decays of mesons via a sterile on-shell neutrino , which subsequently may decay leptonically or semileptonically within the detector: , then or . Here, in order to avoid serious QED background. We account for the possible effects of the strong neutrino lifetime on the observability of the rare decays. If no charmed mesons () are produced at the first vertex of the sterile neutrino, a strong CKM-suppression becomes effective; this is not true if we consider instead the decays of mesons which can be produced copiously in LHC-b. The production of charmed mesons at the first vertex offers an attractive possibility because it avoids strong CKM-suppression. Such rare decays of mesons could be detected at Belle II experiment, with neutrino either decaying within the detector or manifesting itself as a massive missing momentum.
32 pages, 22 figures, v4: in Fig.4(b) the lower curve [for (B -> D* tau N) decay] is now correct (in v3 an obsolete version of the curve was inadvertently included); a typo in Eq.(C15a) is corrected; as published in Phys.\ Rev.\ D94, 053001 (2016) and Phys.\ Rev.\ D95, 039901(E) (2017)
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