"Active Spectral Coercivity in Lattice Yang–Mills Theory: Stabilized Langevin Dynamics and Robust Mass Plateau Formation - A gauge-invariant modification of Langevin dynamics for improved infrared sampling and stable glueball spectroscopy- The Zsa-G framework: controlled spectral conditioning of stochastic gauge dynamics" It provides a structured overview of selected numerical results and analysis concepts related to the Zsa-G framework, a modified Langevin approach designed to improve numerical stability in lattice gauge theory simulations through controlled suppression of near-flat directions of the action Hessian. At the current stage, the repository includes: - representative summaries of SU (3) simulation results- glueball spectroscopy outcomes (effective mass, GEVP-based analysis) - autocorrelation studies (Γ-method) - validation studies of the 0 and t 0 limits Due to ongoing development, the full simulation code and complete datasets are not included in this release. These materials may be made available upon reasonable request. The purpose of this repository is to support transparency and provide contextual documentation of the numerical framework described in the manuscript.
Zsa Zsa Gersina (Mon,) studied this question.