Tuning the temperature of an atomic rubidium reservoir changes the microscopic collision rates that transfer heat to a cesium working medium, allowing a quantum Otto engine's power to be optimized at constant efficiency.
Chen, The maximum power output and maximum ef- ficiency of an irreversible carnot heat engine, J
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Enhancing the power of a quantum heat engine via control of the system--reservoir coupling
Tuning the temperature of an atomic rubidium reservoir changes the microscopic collision rates that transfer heat to a cesium working medium, allowing a quantum Otto engine's power to be optimized at constant efficiency.