Main navigation | Main content
|
The area of my research is in the Physics Beyond the Standard Model.
My research is primary focused on theories with weak scale
supersymmetry. I study signatures of BSM models at collider experiments.
I also work on determining the identity and properties of the cold dark
matter produced in the early universe, and prospects for its direct and
indirect detection.
The area of my research is in the Physics Beyond the Standard Model. My research is primary focused on theories with weak scale supersymmetry. I study signatures of BSM models at collider experiments. I also work on determining the identity and properties of the cold dark matter produced in the early universe, and prospects for its direct and indirect detection.
Find my publications at SPIRES
J.Ellis, A.Mustafayev, K.A.Olive, Resurrecting No-Scale Supergravity Phenomenology, European Physics Journal
J.Ellis, A.Mustafayev, K.A.Olive, Constrained Supersymmetric Flipped SU(5) GUT Phenomenology, arXiv
S.Blanchet, D.Marfatia, A.Mustafayev, Examining leptogenesis with lepton flavor violation and the dark matter abundance, Journal of High Energy Physics
J.Ellis, A.Mustafayev, K.A.Olive, What if Supersymmetry Breaking Unifies beyond the GUT Scale?, European Physics Journal
V.Barger, D.Marfatia, A.Mustafayev, A.Soleimani , SUSY dark matter and lepton flavor violation, Physics Review D
V.Barger, D.Marfatia, A.Mustafayev, Neutrino sector impacts SUSY dark matter, Physics Letters B
H.Baer, A.Mustafayev, E.-K.Park, X.Tata, Collider signals and neutralino dark matter detection in relic-density-consistent models without universality, Journal of High Energy Physics