Speaker
Description
For decades, the Standard Model has provided an excellent explanation for many phenomenological observations; however, several mysteries remain, such as neutrino oscillations and the origin of neutrino mass. Additionally, there are significant tensions with experimental data, including the $7\sigma$ deviation in the W-boson mass reported by the CDF II experiment and the excess of electron-like events observed by the MiniBooNE experiment, which deviates by $4.8\sigma$ from Standard Model predictions.We extend the Standard Model with additional scalars and fermions to address these issues. Specifically, we expand the fermion sector by adding singlet fermions and right-handed neutrinos to implement the inverse seesaw mechanism. For the scalar sector, we introduce a hypercharge $Y=2$ triplet scalar, a hypercharge $Y=1$ neutral singlet scalar, and a hypercharge $Y=4$ doubly charged singlet scalar. This specific combination is proposed to satisfy the aforementioned anomalies: the CP-even and CP-odd components of the triplet scalar are utilized to fit the MiniBooNE data, while the remaining scalar particles are employed to satisfy the CDF II constraints.
