SUSY with radiatively-driven naturlness at the LHC and ILC

25 Aug 2015, 14:30
Mountain ()


Supersymmetry Phenomenology and Experiment SUSY Expt. and Phenomenology


Prof. Howard Baer (University of Oklahoma)


ELectroweak naturalness requires a SUSY mu parameter ~100-200 GeV while mHu^2 is driven radiatively to small negative values. A small mu parameter can be easily generated from large m_3/2 via radiative breakdown of Peccei-Quinn symmetry. Highly mixed top squarks may exist in the few TeV range at little cost to naturalness. Imposing naturalness in both the EW and QCD sectors leads to two dark matter particles: the axion and a higgsino-like WIMP. LHC13 can probe roughly half the natural SUSY parameter space although a unique same-sign diboson signature is distinctive. The required light higgsinos means that ILC can make a thorough search for SUSY naturalness and will be a higgsino factory in addition to a Higgs factory.

Primary author

Prof. Howard Baer (University of Oklahoma)

Presentation Materials