Higgs Fields in Supersymmetrical Theory

TL;DR

This paper explores a supersymmetric model with nonbreaking supersymmetry, estimating the Higgs boson mass upper bound and discussing alternative approaches to the Higgs field within supermultiplets.

Contribution

It introduces a supersymmetric framework with massive scalars and fermions, providing an estimate for the Higgs mass upper bound and proposing replacements for the Higgs field.

Findings

Upper bound of Higgs mass estimated as heaviest fermion mass

Model includes massive scalar, fermion, and gauge fields

Discussion on replacing Higgs field with superpartners or auxiliary fields

Abstract

The theory including interaction between Siegel and gauge multiplets leads to the model of nonbreaking supersymmetry which contains massive scalar, four component fermion and gauge fields. The upper bound of Higgs boson mass is estimated as heaviest fermion mass. The idea to replace Higgs field by scalar superpartner or by auxiliary fields of corresponding supermultiplet is discussed.