New SUSY Fits for the ILC and CLIC

TL;DR

This paper reviews various MSSM models using comprehensive fits to experimental data, predicting SUSY spectra and assessing the discovery potential of future electron-positron colliders like ILC and CLIC.

Contribution

It provides updated SUSY parameter fits across multiple MSSM models and evaluates their detectability at upcoming colliders.

Findings

Preferred SUSY mass spectra identified for each model.

Future colliders have significant discovery potential for these SUSY scenarios.

Constraints from current experiments shape the viable SUSY parameter space.

Abstract

We review the MasterCode fits of several incarnations of the Minimal Supersymmetric Standard Model (MSSM). These include the GUT models based on mAMSB and SU(5), sub-GUT models as well as a model defined at low energies with 11 free parameters, the pMSSM11. The fit combines consistently measurements of Higgs boson properties, searches for additional Higgs bosons and supersymmetric (SUSY) particles, low-energy and flavor experiments as well as Dark Matter (DM) measurements. We predict the preferred SUSY mass spectra in these models and analyze the discovery potential of future e+e- colliders such as the ILC and CLIC.