A dual-channel coherence approach with dark-state protection and reservoir squeezing enhances transient charging power and stabilizes steady-state ergotropy in quantum batteries through buildup of local battery coherence.
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Reveals a power-work trade-off in finite-time quantum work extraction and reduces the optimal protocol to a nonlinear self-consistent equation for systems whose control lies in a Lie algebra preserved by the free dynamics.
Voltage-controlled shift of an auxiliary quantum object's resonance creates a movable Fano transparency in plasmonic LDOS, enabling continuous tuning of fluorescent decay rates by up to 100x.
A quantum capacitor is proposed as a coherence-based device that stores and releases energy via susceptibility of stored energy to external driving in a two-level system.
citing papers explorer
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Coherence-Enhanced Quantum Battery Charging with Ergotropy Stabilization
A dual-channel coherence approach with dark-state protection and reservoir squeezing enhances transient charging power and stabilizes steady-state ergotropy in quantum batteries through buildup of local battery coherence.
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Optimal Work Extraction from Finite-Time Closed Quantum Dynamics
Reveals a power-work trade-off in finite-time quantum work extraction and reduces the optimal protocol to a nonlinear self-consistent equation for systems whose control lies in a Lie algebra preserved by the free dynamics.
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Continuous and Reversible Electrical Tuning of Fluorescent Decay Rate via Fano Resonance
Voltage-controlled shift of an auxiliary quantum object's resonance creates a movable Fano transparency in plasmonic LDOS, enabling continuous tuning of fluorescent decay rates by up to 100x.
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Quantum Capacitor: A Coherence-Based Quantum Energy Storage Device
A quantum capacitor is proposed as a coherence-based device that stores and releases energy via susceptibility of stored energy to external driving in a two-level system.