Berry-phase-induced chiral work difference survives decoherence, evolving from an interferometric Aharonov-Bohm-like effect in unitary systems to a fringe-free signal in dissipative regimes.
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Berry phase estimation has a universal adiabatic error-cancellation mechanism that exactly cancels O(T^{-1}) phase error via ±H evolution and suppresses residuals to O(T^{-M}) via randomization for any M.
citing papers explorer
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Berry-Phase-Induced Chirality in Thermodynamics
Berry-phase-induced chiral work difference survives decoherence, evolving from an interferometric Aharonov-Bohm-like effect in unitary systems to a fringe-free signal in dissipative regimes.
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Adiabatic Error Cancellation in Berry Phase Estimation
Berry phase estimation has a universal adiabatic error-cancellation mechanism that exactly cancels O(T^{-1}) phase error via ±H evolution and suppresses residuals to O(T^{-M}) via randomization for any M.