Charged-Higgs on , polarization, and FBA
arXiv:1703.03646 · doi:10.1140/epjc/s10052-017-5198-6
Abstract
We study the influence of a charged-Higgs on the excess of branching fraction ratio, , in a generic two-Higgs-doublet model. In order to investigate the lepton polarization, the detailed decay amplitudes with lepton helicity are given. When the charged-Higgs is used to resolve excesses, it is found that two independent Yukawa couplings are needed to explain the and anomalies. We show that when the upper limit of is included, can be significantly enhanced while . With the constraint, we find that the -lepton polarizations can be still affected by the charged-Higgs effects, where the standard model (SM) predictions are obtained as: and , and they can be enhanced to be and by the charged-Higgs. The integrated lepton froward-backward asymmetry (FBA) is also studied, where the SM result is , and they can be enhanced (decreased) to be .
22 pages, 4 figures, version to be published in EPJC
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