Measurements in SUGRA Models with Large tan beta at LHC

TL;DR

This paper explores supersymmetry models with large tan beta at the LHC, focusing on tau lepton production and decay, and demonstrates how hadronic tau decays can reconstruct final states for experimental analysis.

Contribution

It provides a specific scenario of SUSY particle production with large tan beta, highlighting tau lepton signatures and decay reconstruction methods.

Findings

Large tau lepton production in SUSY models with large tan beta

Hadronic tau decays enable reconstruction of final states

Suppressed decays into muons and electrons in this scenario

Abstract

We present an example of a scenario of particle production and decay in supersymmetry models in which the supersymmetry breaking is transmitted to the observable world via gravitational interactions. The case is chosen so that there is a large production of tau leptons in the final state. It is characteristic of large tan beta in that decays into muons and electrons may be suppressed. It is shown that hadronic tau decays can be used to reconstruct final states.