Research
I investigate the collider phenomenology of models beyond the Standard Model, in particular models with extended Higgs sectors and supersymmetry. I am also interested in top quark physics as a window to new physics and possible dualities of Yang-Mills theory with gravity.
Recent topics have included:
- investigations of Grand Unification under the symmetry groups SO(10) and SU(5);
- the Higgs boson coupling to gauge bosons using jet substructure;
- fitting a top quark effective theory, including all dimension-6 operators, to LHC data;
- the phenomenology of a constrained version of the Exceptional (E6) Supersymmetric Standard Models (E6SSM), which is inspired by Grand Unification under the group E6;
- an evaluation of the lepton asymmetry generated in the early universe within the E6SSM.
Please see our group's reseach page for more details.