A sharp 141 GeV Higgs prediction from environmental selection

TL;DR

This paper proposes an environmentally selected supersymmetric model predicting a 141 GeV Higgs boson, with a single Higgs doublet and TeV-scale gauginos, also providing a dark matter candidate.

Contribution

It introduces a novel supersymmetric model with a single Higgs doublet and precise Higgs mass prediction, linking environmental selection to particle physics.

Findings

Predicts a Higgs mass of 141 ± 2 GeV.

Identifies the neutral wino as a dark matter candidate.

Features a low energy spectrum with only standard model states and TeV gauginos.

Abstract

We construct an environmentally selected supersymmetric standard model with a single Higgs doublet, in analogy with the work of Hall and Nomura. The low energy spectrum presents only the standard model states with a single Higgs and TeV scale gauginos. The model features a precise Higgs mass prediction m_H=141\pm 2 GeV and the neutral wino provides a viable dark matter candidate.