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Quantum interference is at the heart of what sets the quantum and classicalworlds apart. We demonstrate that quantum interference effects involving amany-body working medium is responsible for genuinely non-classical features inthe performance of a quantum heat engine. The features with which quantuminterference manifests itself in the work output of the engine depends stronglyon the extensive nature of the working medium. While identifying the class ofwork substances that optimize the performance of the engine, our results shedlight on the optimal size of such media of quantum workers to maximize the workoutput and efficiency of quantum energy machines.

Phase-space interference in extensive and non-extensive quantum heat engines