SUSY Search in Future Collider and Dark Matter Experiments

TL;DR

This paper investigates the detection prospects of different lightest superparticles in supersymmetric models through collider experiments and dark matter searches, considering minimal and nonminimal scenarios.

Contribution

It provides a comprehensive analysis of collider signals and dark matter detection prospects for Bino, Higgsino, and Wino LSPs in various SUSY models, including nonminimal extensions.

Findings

Collider signals vary significantly between Bino, Higgsino, and Wino LSPs.

Dark matter experiments can potentially distinguish between different LSP scenarios.

Nonminimal SUSY models introduce additional complexities in detection strategies.

Abstract

The lightest superparticle in the MSSM is expected to be a Bino, Higgsino or Wino. We consider the dark matter abundance constraint on these LSP scenarios in the minimal SUGRA and AMSB models. We discuss the resulting collider signals for the Bino LSP at LHC and the Higgsino and Wino LSP at CLIC. The Bino, Higgsino and Wino LSP signals in dark matter experiments are also discussed briefly. We conclude with a discussion of these LSP scenarios in nonminimal SUSY models.