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This research aims to introduce a new framework for stabilizing Langevin dynamics in lattice Yang–Mills theory, enhancing numerical simulations.

May 8, 2026Open Access

Active Spectral Coercivity in Lattice Yang–Mills Theory: Stabilized Langevin Dynamics and Robust Mass Plateau Formation - Zsa-G Framework

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This research aims to introduce a new framework for stabilizing Langevin dynamics in lattice Yang–Mills theory, enhancing numerical simulations.
Introduced the Zsa-G framework for spectrally conditioned Langevin dynamics.
Analyzed numerical data to showcase the stability and efficiency of the method.
Focused on performance in the infrared regime of lattice gauge simulations.
Improved thermalization behavior and effective mass plateau formation observed.
Reduced autocorrelation times confirmed, enhancing simulation efficiency.
Consistent continuum scaling behavior achieved in simulations.

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Randomized trial demonstrates improved mass plateau formation in lattice gauge theory, implying enhanced simulation efficiency.

Zsa Zsa Gersina (2026) studied this question.

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