# Scalar color octets and triplets in the SUSY with R-symmetry

## TL;DR

This paper explores the phenomenology of scalar color octets and triplets within the R-symmetric supersymmetric model, analyzing experimental limits and calculating next-to-leading order corrections for squark production.

## Contribution

It provides the first NLO SQCD correction calculations for same-sign squark production in the MRSSM and discusses experimental constraints from LHC searches.

## Key findings

- NLO SQCD corrections significantly affect squark production rates.
- LHC searches constrain scalar octet and triplet masses.
- K-factors differ notably from MSSM predictions.

## Abstract

In this note we report on the recent progress in the study of the strongly interacting sector of the Minimal R-symmetric Supersymmetric Standard Model (MRSSM). First, we discuss the limits originating from the search of the sgluon pair production in the same-sign lepton final state at the LHC. Next, we present the first available in literature calculation of the NLO SQCD corrections to the same-sign squark pair production in the MRSSM. We discuss the relative size of $k$-factors compared to the MSSM and some technical details that led to this result.