Demonstration of tunable photon-pair generation in a liquid-filled microcavity with ~300 MHz bandwidth, 770-800 nm tuning, >1000x higher pair correlation rate per pump power, and 1.7x better coincidence/accidental ratio than prior work.
One particular challenge when coupling different quantum systems is to match their wavelengths [4, 5] or to bridge wavelength gaps
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Correlated photon-pair generation in a liquid-filled microcavity
Demonstration of tunable photon-pair generation in a liquid-filled microcavity with ~300 MHz bandwidth, 770-800 nm tuning, >1000x higher pair correlation rate per pump power, and 1.7x better coincidence/accidental ratio than prior work.