Radiative corrections to Higgs masses for the MSSM Higgs potential with the dimension-six operators

TL;DR

This paper calculates radiative corrections to the Higgs mass spectrum in the MSSM including dimension-six operators, providing symbolic threshold corrections and ensuring the lightest Higgs matches the observed 125 GeV mass.

Contribution

It introduces a comprehensive effective field theory approach incorporating dimension-six operators to refine Higgs mass predictions in the MSSM.

Findings

Derived symbolic expressions for threshold corrections from soft SUSY breaking terms.

Evaluated Higgs mass spectrum consistent with 125 GeV for the lightest CP-even Higgs.

Enhanced understanding of radiative effects in heavy supersymmetry scenarios.

Abstract

In the framework of the effective field theory approach to heavy supersymmetry radiative corrections in the Higgs sector of the Minimal Supersymmetric Standard Model (MSSM) for the effective potential decomposition up to the dimension-six operators are calculated. Symbolic expressions for the threshold corrections induced by $F$- and $D$- soft supersymmetry breaking terms are derived and the Higgs boson mass spectrum respecting the condition $m_h=$125 GeV for the lightest $CP$-even scalar is evaluated.