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Recently, ATLAS and CMS experiments at the LHC put on light the relevantresults in the measurement precision of the Higgs and BSM. In such a report,where the resonance direct search was made in the $\gamma Z$ channel, a massadjustment distribution for the reconstructed $Z$ boson and photon wasestablished. Thus, simultaneously with the signal-from-background separation,the number of events has been perfectly described, and an excess signalapproximately twice that expected by the Standard Model (SM) has been noticed,which is equivalent to a significance of 2.2 standard deviations. In thisstudy, we examine how any possible new physics models can explain this excess,such as the CP-conserving Two-Higgs doublet model (2HDMs), the Inert doubletmodel (IDM), and the Higgs triplet model (HTM). While considering the availabletheoretical and most recent experimental constraints, the phenomenologicalimplications of existing extensions beyond the SM are discussed, and prospectsfor precision studies of these processes are described. We have found that theexcess could be explained in the BSM framework studied, depending on thecharged and double-charged Higgs boson masses.

Higgs-like particle decays into $\gamma Z$ and $\gamma\gamma$ : Fingerprints of some non-supersymmetric models