Focus Point in Dark Matter Selected High-Scale Supersymmetry

TL;DR

This paper investigates focus point conditions in high-scale supersymmetry with weak-scale gaugino masses, addressing naturalness, LHC data, and dark matter, and shows the Higgs mass can be achieved in models with non-minimal gauge mediation.

Contribution

It introduces new models with non-minimal gauge mediation that satisfy the Higgs mass and naturalness in high-scale supersymmetry.

Findings

Higgs mass can be achieved in various models

Focus point conditions are identified in high-scale SUSY

Models address naturalness and dark matter constraints

Abstract

In this paper, we explore conditions for focus point in the high-scale supersymmetry with the weak-scale gaugino masses. In this context the tension between the naturalness and LHC 2013 data about supersymmetry as well as the cold dark matter candidate are addressed simultaneously. It is shown that the observed Higgs mass can be satisfied in a wide classes of new models, which are realized by employing the non-minimal gauge mediation.