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On the Interpretation of the CMS Excess at an Invariant Mass of the Muon Pair of 28 GeV in the Minimal Supersymmetry

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The possibility of interpretation of the excess in the pp → μ+μ–b $$\bar {b}$$ channel observed by the CMS Collaboration (LHC, CERN) at an invariant mass of the muon pair… Click to show full abstract

The possibility of interpretation of the excess in the pp → μ+μ–b $$\bar {b}$$ channel observed by the CMS Collaboration (LHC, CERN) at an invariant mass of the muon pair of 28 GeV ( $$\sqrt s $$ = 8 and 13 TeV) as a signal of one of the Higgs bosons in the minimal supersymmetry has been considered. It has been shown that parametric scenarios with a light pseudoscalar that satisfy the perturbative unitarity conditions in the Higgs sector exist in the regime of large radiative corrections with a light CP-even scalar h corresponding to the observed Higgs boson.

Keywords: invariant mass; pair gev; muon pair; minimal supersymmetry; mass muon; interpretation

Journal Title: Journal of Experimental and Theoretical Physics
Year Published: 2020

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