Combined analysis of semileptonic decays to and : , , and new physics
arXiv:1703.05330 · doi:10.1103/PhysRevD.95.115008
Abstract
The measured decay rates for light leptons () constrain all semileptonic form factors, by including both the leading and subleading Isgur-Wise functions in the heavy quark effective theory. We perform a novel combined fit to the decay distributions to predict the rates and determine the CKM matrix element . Most theoretical and experimental papers have neglected uncertainties in the predictions for form factor ratios at order , which we include. We also calculate and contributions to semileptonic decays for all possible currents. This result has not been available for the tensor current form factors, and for two of those, which are , the corrections are of the same order as approximations used in the literature. These results allow us to determine with improved precision how new physics may affect the rates. Our predictions can be systematically improved with more data; they need not rely on lattice QCD results, although these can be incorporated.
32 pages, 5 figures, 11 tables; v2: additional fit scenario added; plots 3 & 4 corrected; numerical results unchanged; v3: transcription of Eqs (A1a,b) corrected; all results unchanged; v4: corrected typo in eq 19b
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