Speaker
Dr
Peter Athron
(TU Dresden)
Description
The constrained Exceptional Supersymmetric Standard Model (cE6SSM) is an E6 inspired model, where the matter content fills three generations of E6 multiplets at low energies (predicting exciting exotic matter such as diquarks or leptoquarks) and has a universal scalar mass m0 , trilinear mass A and gaugino mass M1/2 at the GUT scale. If some or all of these particles are discovered at the LHC we will want to perform cE6SSM hypothesis tests and/or reconstruct the fundamental cE6SSM parameters from our low energy data. It is therefore important that a link between the GUT scale parameters and the physics at low energies is made. We will review phenomenological predictions of the model, present typical mass spectra which may be observed and provide important corrections which have previously been neglected, specifically individual sparticle threshold corrections to dimensionless couplings, and discuss the impact they have.
Primary author
Dr
Peter Athron
(TU Dresden)
Co-authors
Mr
Alexander Voigt
(TU Dresden)
Prof.
Dominik Stockinger
(TU Dresden)
