Leptogenic Supersymmetry at the LHC

TL;DR

Leptogenic Supersymmetry predicts high lepton production in collider decays, offering clean detection channels at the LHC and potential Higgs discovery via leptonic signatures.

Contribution

This paper introduces the leptogenic supersymmetry scenario, highlighting its distinctive collider signatures and advantages for early LHC detection and Higgs searches.

Findings

High lepton multiplicity leads to clean experimental signatures.

Higgs can be discovered in h->b bbar mode with leptonic background suppression.

Scenario is promising for early LHC data analysis.

Abstract

Leptogenic Supersymmetry is a scenario characterized by copious lepton production in cascade decays. Due to the high lepton multiplicity and the lack of significant missing energy, leptogenic supersymmetry provides very clean channels which can be probed already with the early LHC data. Furthermore, the Higgs may be discovered in the h->b bbar mode because the leptons accompanying Higgs production efficiently suppress the background.