SUSY Dark Matter with (g − 2)µ in the Triplet-extended Minimal Supersymmetric Standard Model

Abstract

The recent measurement of the anomalous magnetic moment of the muon a_μ = (g−2)_μ/2 by the Muon g−2 collaboration has brought the deviation from the standard model (SM), Δa_μ to 4.2σ. This result has been the motivation for several studies of different beyond the SM (BSM) theories for updating of model constraints. For supersymmetric phenomenological studies, the a_μ calculation has been used as an experimental constraint to constrain model parameters and investigate collider signatures. In this work, we consider the Triplet-extended Minimal Supersymmetric Standard Model and perform a numerical scan of the model's parameter space to investigate viable benchmark points that satisfy experimental constraints from the Higgs mass measurement and Dark Matter direct detection observables.