A unified thermodynamic analysis of nonsecular master equations shows consistent second-law compliance via microscopic entropy production, with transient differences from Spohn inequality and no cyclic work extractable from non-Gibbs steady states under a single bath.
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A refined thermodynamic analysis of nonsecular master equations
A unified thermodynamic analysis of nonsecular master equations shows consistent second-law compliance via microscopic entropy production, with transient differences from Spohn inequality and no cyclic work extractable from non-Gibbs steady states under a single bath.