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Abstract Hybrid systems consisting of phonon resonators and solid-state spin ensembles offer a unique opportunity for the study of emerging driven-dissipative quantum many-body physics. Our theoretical analysis shows that in such a phonon-matter hybrid system, the interplay of coherent and dissipative processes has led to the generation of phonon superradiation, accompanied by the accumulation of strong correlations in the hybrid system.
The giant atom regime where the wavelength of the phonon field is smaller than the atomic size opens up new opportunities for exploring exotic phenomena and developing powerful quantum technologies. Here, we explore the radiation dynamics of a hybrid system consisting of a superconducting giant atomic ensemble and an acoustic waveguide. In particular, we show how to design the delayed feedback of the slow acoustic field on the giant atomic ensemble.
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