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The phenomenological MSSM in view of the 125 GeV Higgs data
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The parameter space of the phenomenological MSSM (pMSSM) is explored by means of Markov Chain Monte Charlo (MCMC) methods, taking into account the latest LHC results on the Higgs signal at 125 GeV in addition to relevant low-energy observables and LEP constraints. We use a Bayesian approach to derive posterior densities for the parameters and observables of interests. We find in particular that the Higgs measurements have a significant impact on the parameters mu and tan beta due to radiative corrections to the bottom Yukawa coupling. We show moreover the impact of the most recent dark matter measurements on the probability distributions, and we discuss prospects for the next run of the LHC at 13-14 TeV.
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The LHC has ruled out Supersymmetry -- really?
LHC searches have not ruled out weak-scale supersymmetry: realistic MSSM spectra with light charginos and neutralinos still escape current bounds, and small excesses may hint at them.
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