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The central aim is to propose a framework for boundary-conditioned thermodynamics, focusing on fixed points selected by exchange structures.

June 7, 2026Open Access

Boundary-Conditioned Thermodynamics: Non-Isothermal Fixed Points, Effective Accessibility, and Work Extraction from Kernel-Conditioned Structural Bias

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The central aim is to propose a framework for boundary-conditioned thermodynamics, focusing on fixed points selected by exchange structures.
Introduced the concept of effective accessibility in boundary-conditioned systems.
Developed ideas through the Izumi-type mechanism focusing on Bose–Einstein boundary kernels.
Examined the role of adsorption potentials and boundary transition kernels in defining stationary states.
Presented mechanisms for work extraction from kernel-conditioned structural bias.
Demonstrated that conventional scalar-temperature reservoir models may be insufficient for boundary-conditioned systems.
Highlighted the dependency of structural non-isothermal fixed points on adsorption asymmetry.

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This foundational manuscript proposes boundary-conditioned thermodynamics, revealing new insights into equilibrium and work extraction mechanisms.

Makoto Izumi (2026) studied this question.

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This foundational manuscript proposes boundary-conditioned thermodynamics, revealing new insights into equilibrium and work extraction mechanisms.