One loop effects of natural SUSY in third generation fermion production at the ILC

TL;DR

This paper analyzes one-loop supersymmetric effects on third-generation fermion production at the ILC within the MSSM, proposing parameter sets consistent with current experimental data and exploring their detectability.

Contribution

It introduces three SUSY parameter sets compatible with existing observations and studies their potential signals at the ILC, including how to distinguish among them.

Findings

Proposed three SUSY parameter sets consistent with Higgs, muon g-2, dark matter, and B decays.

Analyzed the impact of SUSY particles on third-generation fermion production at one-loop level.

Discussed experimental strategies for detecting SUSY signals and differentiating parameter sets.

Abstract

Within the framework of the Minimal Supersymmetric Standard Model, we investigate the 1-loop effects of supersymmetric particles on the third-generation fermion-pair production at the ILC. Three sets of the SUSY parameters are proposed which are consistent with the observed Higgs mass, the muon g-2, the Dark Matter abundance and the decay branching ratio of B meson. We discuss on the possibility of discovering the signals consistent with SUSY as well as of experimentally distinguishing the proposed sets of SUSY parameters.