Frequency-resolved thermometry of baths in a non-equilibrium steady state shows that bath-state dispersion tracks the turnover of quantum heat current, with effective temperatures reverting to initial bath values in the strong-coupling limit.
Yang \ and\ author C.-Q
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Probing Non-equilibrium baths: Frequency-Resolved Thermometry and Quantum Heat Current Turnover
Frequency-resolved thermometry of baths in a non-equilibrium steady state shows that bath-state dispersion tracks the turnover of quantum heat current, with effective temperatures reverting to initial bath values in the strong-coupling limit.