Statistical Gauge Theory of Structural Glasses: Equilibrium Scenarios and Glass-Forming Ability

L. D. Son; M. G. Vasin

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arXiv · 2607.28786

Statistical Gauge Theory of Structural Glasses: Equilibrium Scenarios and Glass-Forming Ability

L. D. Son·M. G. Vasin

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Abstract

The model primarily concerns structural glasses described by systems of topological defects. We explore the scope of this approach and investigate equilibrium behavior within the mean-field approximation. Our analysis reveals three possible equilibrium scenarios, only one of which exhibits a strong glass-forming ability. These scenarios allow for the phenomenological selection of model parameters based on equilibrium behavior, which can then be used to study dynamics during quenching. We identify an upper temperature limit beyond which quenching into the glassy state becomes impossible.

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L. D. Son, M. G. Vasin. 2026-07-30. Statistical Gauge Theory of Structural Glasses: Equilibrium Scenarios and Glass-Forming Ability. https://arxiv.org/abs/2607.28786

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