The Anomalies, the Leptoquark and Dark Matter
arXiv:2206.11305 · doi:10.1007/JHEP01(2023)041
Abstract
The present-day -anomalies involving or transitions can all be explained with the addition of a vector leptoquark with a mass of TeV. In the scalar singlet dark matter model (SSDMM), the DM is a scalar that couples to the Higgs via . We update the fit to the data and find that the SSDMM is now viable only for TeV. In this paper, we assume that the DM also couples to the via . In addition to leading to DM annihilation via , this coupling generates and couplings at one loop. Although naively divergent, these loop diagrams can be calculated under the assumption that the is a gauge boson of a group broken at the TeV scale. With this DM- coupling term, there are additional contributions to the various DM observables (relic density, direct and indirect detection). We find that the constraints on the SSDMM are relaxed for both heavy DM () and light DM ().
arXiv comment21 pages, 5 figures
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