TL;DR
This paper explores the possibility that the Higgs boson could be a fourth-generation slepton within theories involving TeV scale quantum gravity, highlighting constraints and potential collider tests.
Contribution
It proposes a novel scenario where the Higgs is a slepton, challenging traditional supersymmetry predictions and analyzing its testability at current colliders.
Findings
The Higgs as a slepton is tightly constrained but potentially testable.
A light Higgs is not necessarily predicted by supersymmetry.
The scenario remains consistent despite maximal supersymmetry breaking.
Abstract
In theories with TeV scale quantum gravity there is a logical possibility where the electroweak Higgs can be a fourth generation slepton. Despite maximal supersymmetry breaking such a scenario turns out to be tightly constrained, and might be testable already at present collider experiments. Also, a light Higgs is no longer a prediction of supersymmetry.
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