M. Uhlenbrock

Constrained Supersymmetry after the Higgs Boson Discovery: A global analysis with Fittino

Xavier Prudent Institut fur Kernund Teilchenphysik, TU Dresden, Dresden, Germany E-mail: prudent@physik.tu-dresden.de We present preliminary results from the latest global fit analysis of the constrained minimal supersymmetric standard model (CMSSM) performed within the FITTINO framework. The fit includes low-energy and astrophysical observables as well as collider constraints from the non-observation of new physics in supersymmetric searches at the LHC. Furthermore, the Higgs boson mass and signal rate measurements from both the LHC and Tevatron experiments are included via the program HIGGSSIGNALS. Although the LHC exclusion limits and the Higgs mass measurements put tight constraints on the viable parameter space, we find an acceptable fit quality once the Higgs signal rates are included. The European Physical Society Conference on High Energy Physics -EPS-HEP2013 18-24 July 2013 Stockholm, Sweden

Extracting SUSY parameters from LHC measurements using Fittino

We show that presently available precision data are in good agreement with supersym‐metry at a mass scale below 1 TeV. Using a SUSY point close to the best fit to present data, we give a projection of the capabilities of the LHC to constrain SUSY models and their parameters as function of the accumulated luminosity.