Speaker
Mr
Bathiya Samarakoon
(Wichita State University)
Description
In the type II seesaw model, there are seven physical Higgs states in mass basis and those can be categorized as charged Higgs bosons ($H^±$, $H^{±±}$) and the neutral Higgs bosons ($A^0$, $H^0$,$h^0$). At LHC, one of the primary ways to search for Higgs is via its decay to two photons. We studied the two-photon decay channel of SM-like component ($H^0$) of CP-even Higgs bosons and the pseudo scalar ($A^0$) in CP-odd bosons. For these loop-induced processes, we used computer-algebraic methods to generate Feynman diagrams and to obtain analytic expressions for $Γ(H^0→γγ)$ and $Γ(A^0→γγ)$. Some numerical results given by the analytic expression under the potential stability bounds condition for the $H^0→γγ$ process were compared with the SM.
Author
Mr
Bathiya Samarakoon
(Wichita State University)
