# One loop effects of natural SUSY in indirect searches for SUSY particles at the ILC

## TL;DR

This paper investigates the one-loop effects of supersymmetric particles in various processes at the ILC within the minimal supersymmetric standard model, considering experimental constraints from Higgs, flavor, muon g-2, dark matter, and LHC searches.

## Contribution

It provides numerical calculations of one-loop SUSY effects on specific processes at the ILC using benchmark points consistent with current experimental bounds.

## Key findings

- Identified MSSM parameter regions compatible with experimental data.
- Calculated one-loop SUSY effects on $ au^+ au^-$, $b ar{b}$, $t ar{t}$, and $Z h$ production.
- Demonstrated potential for indirect SUSY detection at the ILC.

## Abstract

We have found the possible region of parameters of the minimal supersymmetric standard model (MSSM) within the bounds from the experimental results of the Higgs mass, the rare decay mode of $b$-quark, the muon $g-2$, the dark matter abundance, and the direct searches for the lighter stop (i.e., one of the supersymmetric partners of top quark) at the LHC. We present numerical results of calculations for the one loop effects of supersymmetric particles in the processes of $\tau^+ \tau^-$, $b \overline{b}$, $t \overline{t}$, and $Z h$ production at the ILC by using benchmark points within the possible region of the MSSM parameters.