and beyond the Standard Model
arXiv:1704.05444 · doi:10.1103/PhysRevD.96.035003
Abstract
Measurements of the ratio of to branching fractions, , by the LHCb collaboration strengthen the hints from previous studies with pseudoscalar kaons, , for the breakdown of lepton universality, and therefore the Standard Model (SM), to . Complementarity between and allows to pin down the Dirac structure of the new contributions to be predominantly SM-like chiral, with possible admixture of chirality-flipped contributions of up to ${\cal{O}}( \mbox{few} 10 \%)$. Scalar and vector leptoquark representations plus possible () admixture can explain via tree level exchange. Flavor models naturally predict leptoquark masses not exceeding a few TeV, with couplings to third generation quarks at , implying that this scenario can be directly tested at the LHC.
v1: 8 pages, v2: references added, typos corrected, matches published version
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