A Green's function approach predicts both types of quantum Mpemba effect in phase-quenched Josephson dots, including spin-orbit and Zeeman-coupled junctions.
However, they cannot be described by eigenstates ofh(ω) ̸= h†(ω) for |ω| > ∆
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Green's Function Approach to Josephson Dot Dynamics and Application to Quantum Mpemba Effects
A Green's function approach predicts both types of quantum Mpemba effect in phase-quenched Josephson dots, including spin-orbit and Zeeman-coupled junctions.