A numerically studied Dicke-Stark quantum Otto engine performs best near the superradiant phase transition, and adjusting the Stark field or using asymmetric strokes can improve work, efficiency, and power.
Quantum power boost in a nonstationary cavity-qed quantum heat engine
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Quantum Otto Heat Engine based on the Dicke-Stark Model under Infinite-Time and Finite-Time Thermodynamic Frameworks
A numerically studied Dicke-Stark quantum Otto engine performs best near the superradiant phase transition, and adjusting the Stark field or using asymmetric strokes can improve work, efficiency, and power.