Low-Lying Fermion Modes: Dynamical versus Quenched
R. Horsley, T.G. Kovacs, V. Linke, D. Pleiter, G. Schierholz, Th., Streuer
TL;DR
This paper compares low-lying fermion eigenmodes in quenched and dynamical gauge configurations to understand topological properties and their implications in lattice QCD simulations.
Contribution
It introduces a comparative analysis of low-lying eigenmodes in quenched and dynamical settings, highlighting differences in topological features.
Findings
Differences in eigenmode spectra between quenched and dynamical configurations
Insights into topological charge distributions
Evaluation of methods for probing topological properties
Abstract
We compare the low-lying eigenmodes of the O(a) improved Wilson-Dirac operator on quenched and dynamical configurations and investigate methods of probing the topological properties of gauge configurations
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