Higgs-mass constraints on a supersymmetric solution of the muon g-2 anomaly

The prediction for the quartic coupling of the SM-like Higgs boson constrains the parameter space of SUSY models, even in scenarios where all of the new-particle masses are above the scale probed so far by the LHC. We study the implications of the Higgs-mass prediction on a recently-proposed SUSY model that features two pairs of Higgs doublets, and provides a solution to the (g - 2)(mu) anomaly thanks to a suitable enhancement of the muon Yukawa coupling.

Automated summary

This study investigates the impact of the quartic coupling of the SM-like Higgs boson on SUSY models, even in cases where all new particle masses are higher than the LHC's current scale. Specifically, the study focuses on a recently-proposed SUSY model with two pairs of Higgs doublets, which solves the (g-2)(μ) anomaly through an enhanced muon Yukawa coupling.