Develops a resource-theoretic framework for coherence in continuous position basis using a measurement-induced dephasing channel, defining quantifiers, witnesses, and an application to Gaussian wavepackets in gravitational potentials.
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Markovian state dynamics are thermodynamically incomplete because reservoir-channel assignments can vary while leaving the master equation unchanged, yielding different heat currents, entropy production, and noise.
Stratonovich rather than Ito stochastic noise agrees with experiment for the measured homodyne current in broad-band SSE simulations of EPR quantum trajectories.
citing papers explorer
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Resource theory of coherence in continuous position basis from measurement-induced dephasing
Develops a resource-theoretic framework for coherence in continuous position basis using a measurement-induced dephasing channel, defining quantifiers, witnesses, and an application to Gaussian wavepackets in gravitational potentials.
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Thermodynamic incompleteness of state dynamics in Markovian transport
Markovian state dynamics are thermodynamically incomplete because reservoir-channel assignments can vary while leaving the master equation unchanged, yielding different heat currents, entropy production, and noise.
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Physical currents for stochastic Einstein-Podolsky-Rosen quantum trajectories
Stratonovich rather than Ito stochastic noise agrees with experiment for the measured homodyne current in broad-band SSE simulations of EPR quantum trajectories.