# N=1 super Yang-Mills on the lattice

## TL;DR

This paper reports on a numerical study of N=1 supersymmetric Yang-Mills theory using lattice simulations with domain wall fermions, focusing on the Dirac spectrum and topological charge across various parameters.

## Contribution

It provides new lattice simulation results for N=1 super Yang-Mills theory with domain wall fermions, including topological charge measurements and chiral limit extrapolations.

## Key findings

- Analysis of Dirac spectrum across different gluino masses.
- New measurements of topological charge at multiple beta values.
- Insights into chiral limit behavior of supersymmetric Yang-Mills.

## Abstract

We present results from a numerical study of N=1 supersymmetric Yang-Mills theory using domain wall fermions. A set of dynamical simulations were performed for the gauge group SU(2) using the Wilson gauge action on 8^3x8 and 16^3x32 lattices. We considered a range of gluino masses (i.e., fifth dimension extents L_s=16-28 and input gluino mass values m_f=0.01-0.04) in order to perform chiral limit extrapolations of physical quantities. In these proceedings, we summarize our findings from a study of the Dirac spectrum and present new results for the topological charge on beta=2.3, 2.353 and 2.4 ensembles.