Aleks Smolkovic
(University of Bern)
The persistent hints of LFU violation in may imply an existence of leptoquarks close to the TeV scale that couple to and . These leptoquark Yukawa couplings can in full generality be complex and thus provide a new source of CP violation. We show that a large CP phase with a definite sign is perfectly viable for an leptoquark of mass below a few TeV, consistent with CP even and CP odd and mixing observables. Furthermore, we show how the direct CP asymmetries in are significantly enhanced in the vicinity of narrow charmonia, and that their measurement in the future could provide important additional information in constraining the potentially CP violating NP in . Possibilities for constraining such CP phases at the LHC and future colliders will also be presented.
In-person participation |
Yes
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