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Mirror-mediated long-range coupling and robust phase locking of spatially separated exciton-polariton condensates
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Lattice arrays are valuable simulators for complex mathematical problems, but physical systems typically allow only short-range coupling. We demonstrate a method for independently tunable, long-range interactions between polariton condensates in two-dimensional lattices by using vertical emission and external imaging to couple arbitrary sites. Two geometrically isolated condensates are phase-locked without planar coupling, verified via phase-resolved interferometry. Analytical modeling reveals mechanisms for robust coherence. The mirror-based scheme, free of cameras or modulators, offers a pure, high-bandwidth analogt element. Extension to dense graphs via segmented micro-mirrors is limited only by imaging optics, enabling scalable, energy-efficient polaritonic hardware for neuromorphic computation.
Forward citations
Cited by 2 Pith papers
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Coherence Revivals and Lifetime Extension of Polariton Condensates by Mirror-Mediated Self-Feedback
Mirror-mediated time-delayed self-feedback in polariton condensates creates coherence revivals at integer multiples of the delay for long delays and nearly doubles coherence time for short delays by suppressing phase ...
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Emission enhanced exciton-polariton condensates with optical feedback
Delayed optical feedback from a polariton condensate's own emission resonantly seeds the next pulse and enhances output intensity by up to 110%.
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