Speaker
Todd Garon
(UW-Madison)
Description
We consider the phenomenology of deflected mirage mediation, a "mixed" supersymmetry breaking scenario motivated by string compactifications in light of results from LHC8, PLANCK, and LUX. In this scenario, there are additional gauge mediation contributions along with the standard gravity and anomaly mediation contributions of the KKLT-motivated mirage mediation scenarios, which drastically alter the low energy spectrum. We place bounds on the parameter space and discuss the discovery prospects for novel spectra at LHC13, future dark matter direct detection experiments, and a future 100 TeV collider.
Primary author
Todd Garon
(UW-Madison)
Co-authors
Brent Nelson
(Northeastern University)
Bryan Kaufman
(Northeastern University)
Lisa Everett
(University of Wisconsin, Madison)
