Seminarium Kosmologia i Fizyka Cząstek

Likelihood analysis is useful to make a weak (probabilistic) prediction on new particles postulated in a model. A primary example is the prediction on the Higgs boson mass using the LEP data. In this study, we confront several supersymmetric models with theoretical, phenomenological, experimental, astrophysical and cosmological constraints, including those from the flavour and Higgs sectors, and from LHC and dark matter searches, and investigate the future prospects as well as the current status of the models. In particular, we discuss how the small deviations observed in the muon g-2 and Bs -> mu+mu- can be ameliorated consistently with the constraints from the LHC and find complementarity between the collider search and dark matter direct detection experiments.