Exact Fredholm determinant representation for current FCS in dephasing tight-binding chain yields diffusive scaling in long-time cumulants.
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UNVERDICTED 6representative citing papers
Frame dragging induces a dipolar coupling that generates entanglement between angular momentum eigenstates of two rotating spherically symmetric masses, with some correlations possible even without initial superpositions.
Distance-modulated coupling in a planar resonator quantum battery suppresses charging fluctuations and accelerates steady-state charging within an optimal spacing window while remaining robust to thermal noise.
Nonlinear dissipation in open quantum systems produces power-law tails in steady-state energy distributions via multiplicative quantum noise enforced by quantum mechanics.
The work shows a gate-tunable interference effect in a voltage-biased triple quantum dot system that produces a minimum in charge current coinciding with a maximum in energy transfer to a capacitively coupled damped resonator representing a vibrational mode.
Open quantum system techniques and quantum steering lack physical basis for free unstable hyperons because they share no common environment and admit no controllable local measurements.
citing papers explorer
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Exact Current Fluctuations in a Tight-Binding Chain with Dephasing Noise
Exact Fredholm determinant representation for current FCS in dephasing tight-binding chain yields diffusive scaling in long-time cumulants.
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Angular Momentum Entanglement Mediated By General Relativistic Frame Dragging
Frame dragging induces a dipolar coupling that generates entanglement between angular momentum eigenstates of two rotating spherically symmetric masses, with some correlations possible even without initial superpositions.
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Charging Dynamics in a Distance-Modulated Planar Quantum-Battery Architecture
Distance-modulated coupling in a planar resonator quantum battery suppresses charging fluctuations and accelerates steady-state charging within an optimal spacing window while remaining robust to thermal noise.
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Power-law distributions in nonequilibrium open quantum systems
Nonlinear dissipation in open quantum systems produces power-law tails in steady-state energy distributions via multiplicative quantum noise enforced by quantum mechanics.
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Simulating electron-vibron energy transfer with quantum dots and resonators
The work shows a gate-tunable interference effect in a voltage-biased triple quantum dot system that produces a minimum in charge current coinciding with a maximum in energy transfer to a capacitively coupled damped resonator representing a vibrational mode.
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Comment on "Controlling the dynamical evolution of quantum coherence and quantum correlations in $e^{+} e^{-} \rightarrow \Lambda \bar{\Lambda}$ processes at BESIII''
Open quantum system techniques and quantum steering lack physical basis for free unstable hyperons because they share no common environment and admit no controllable local measurements.