Speaker
Brady Child
(The University of Kansas)
Description
The leptophilic multi-Higgs doublet model introduces two additional Higgs doublets whose heavy states can participate in generating the matter-antimatter asymmetry of the Universe. These states can have masses in the multi-TeV range, making a 10 TeV parton center-of-momentum collider well suited to searching for them. In this talk, the motivation for high-energy muon colliders and the baryogenesis mechanism of the Higgs Troika model will be discussed, with particular attention to a leptophilic realization of the model. The production of the additional heavy Higgs states at a muon collider will also be considered, with representative simulated cross sections presented for the relevant signal process.
Author
Brady Child
(The University of Kansas)
Co-authors
Ian Lewis
(The University of Kansas)
Isabella Estes
(The University of Kansas)
K.C. Kong
Miguel Angel Soto Alcaraz
Sean Miller
(University of Kansas)