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limit, but the sensitivity to ∆tandϵ—which in practice are necessarily finite, nonzero, respectively—indicates that exquisite control is required to take advantage of the phase

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quant-ph 1

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Qubit thermodynamics: Entropy production from nonadiabatic driving

quant-ph · 2025-06-19 · conditional · novelty 6.0

For a Landau-Zener qubit sweep, defining equilibrium in the optimal superadiabatic frame makes the coarse-grained entropy of nonadiabatic driving increase almost monotonically, while arbitrary initial states can violate the second law but only with precise control.

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  • Qubit thermodynamics: Entropy production from nonadiabatic driving quant-ph · 2025-06-19 · conditional · none · ref 1

    For a Landau-Zener qubit sweep, defining equilibrium in the optimal superadiabatic frame makes the coarse-grained entropy of nonadiabatic driving increase almost monotonically, while arbitrary initial states can violate the second law but only with precise control.