We present new advances in the minimal SO(10) Higgs model where the $45\oplus126$ scalars determine spontaneous symmetry breaking down to the Standard model. The comprehensive analysis of all theoretical aspects was performed extending previous results. Computational tools, including full one-loop mass corrections and one-loop scalar beta functions, were developed and allowed us to construct thorough viability constraints. Only two potentially realistic scenarios were identified where one of them seems to be preferred.
|Collaboration / Activity||BSM Phenomenology|