Probing new physics at the LHC with final states
arXiv:2211.05738 · doi:10.1103/PhysRevD.107.075010
Abstract
The anomaly is one of the most intriguing experimental results in particle physics today. Experiments such as BaBar, Belle and LHCb have measured a consistent tension with the standard model (SM). We study several extensions of the SM that could potentially explain this tension, such as production of heavy bosons, under the sequential SM scenario, leptoquarks with preferential couplings to third generation fermions, and interpretations through effective field theories. Such models, are not only able to explain the anomaly but also to produce distinctive signatures at the LHC. We present different feasibility studies to probe each of these scenarios at the LHC, considering final states with one -quark candidate, one hadronically decaying tau lepton () and missing transverse momentum (). The selection criteria has been optimized for each model to achieve best signal signficance. The studies are performed considering different LHC running conditions, at and 13.6 , and different luminosities (150~ and 3000~).
arXiv comment9 pages, 7 figures
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