This preprint presents a theoretical framework that predicts superconductivity in non-equilibrium open quantum fluids, suggesting potential applications in high-temperature superconductors.
This preprint presents an independent phenomenological theory of non-equilibrium steady-state superconductivity in open quantum fluids. The work introduces an effective dynamic temperature defined by the drive-dissipation competition, a Langevin equation for the superconducting order parameter, and a stability criterion for the non-equilibrium steady state. The theory is self-consistent and falsifiable, providing a theoretical framework for non-equilibrium high-temperature and liquid superconductivity.
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Li Yu (2026) studied this question.
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