Rayleigh-like criteria based on entropic-frenetic phase relations are derived for the onset of rotational activity in chemo-mechanically coupled systems.
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Slow cyclic driving of nonequilibrium Markov processes induces excess observables via Berry potential and curvature, breaking Maxwell relations and Clausius theorem while vanishing under no-localization conditions at zero temperature.
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A Rayleigh criterion for mechanical instability: inducing activity by chemo-mechanical coupling
Rayleigh-like criteria based on entropic-frenetic phase relations are derived for the onset of rotational activity in chemo-mechanically coupled systems.
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Quasistatic response for nonequilibrium processes: evaluating the Berry potential and curvature
Slow cyclic driving of nonequilibrium Markov processes induces excess observables via Berry potential and curvature, breaking Maxwell relations and Clausius theorem while vanishing under no-localization conditions at zero temperature.