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.

中文翻译：

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最小超对称中28 GeV介子对不变质量CMS过量的解释

摘要

多余的解释的可能性PP →μ ⁺ μ ^- b \（\巴{B} \）由CMS协作（LHC，CERN）观察到的信道在μ介子对28电子伏特的一个不变质量（\（已经考虑到\ sqrt s \） = 8和13 TeV）作为最小超对称性中希格斯玻色子之一的信号。已经证明，在满足希格斯扇区微扰统一性条件的情况下，具有伪拟标量的参数场景存在于大的辐射校正范围内，其中轻度CP甚至标量h对应于观测到的希格斯玻色子。