Speaker
Riccardo Pavesi
(Cornell Univ)
Description
A dynamical Supersymmetry breaking model that realizes the phenomenology of Dirac gaugino masses is presented. The theory uses an s-confining Seiberg dual of SQCD to obtain a metastable ISS-like SUSY breaking vacuum. The SM gauge group is realized as a subgroup of the global flavor symmetry. The meson fields of the magnetic theory are partnered with gauginos,obtaining a Dirac mass at one loop. Supersymmetry is broken by a combination of F terms and the essential D term of a gauged "baryon" number. An R symmetry is unbroken in the model, which allows naturally heavy gauginos and evading collider bounds on the production of superpartners. We present complete spectra of superpartner masses.
Authors
Prof.
Csaba Csaki
(Cornell University)
Ms
Jessica Goodman
(UC Irvine)
Riccardo Pavesi
(Cornell Univ)
Prof.
Yuri Shirman
(UC Irvine)