Experimental demonstration of a noise-powered quantum thermal machine in a superconducting artificial molecule that operates as refrigerator, engine, or accelerator depending on reservoir temperatures.
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Presents a QED-derived analytic formalism for multi-frequency atom-photon interactions applicable to degenerate levels and mixed quantum-classical dynamics.
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Quantum refrigeration powered by noise in a superconducting circuit
Experimental demonstration of a noise-powered quantum thermal machine in a superconducting artificial molecule that operates as refrigerator, engine, or accelerator depending on reservoir temperatures.
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Multi-Frequency Atom-Photon Interactions
Presents a QED-derived analytic formalism for multi-frequency atom-photon interactions applicable to degenerate levels and mixed quantum-classical dynamics.