A single silicon-nitride chip now generates, routes, and detects a 34-mode squeezed quantum microcomb with about 3 dB of raw squeezing.
Counter-rotating cavity solitons in a silicon nitride microresonator
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abstract
We demonstrate the generation of counter-rotating cavity solitons in a silicon nitride microresonator using a fixed, single-frequency laser. We demonstrate a dual 3-soliton state with a difference in the repetition rates of the soliton trains that can be tuned by varying the ratio of pump powers in the two directions. Such a system enables a highly compact, tunable dual comb source that can be used for applications such as spectroscopy and distance ranging.
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Heterogeneously Integrated Squeezed-Light Generation and Detection on a Single Photonic Chip
A single silicon-nitride chip now generates, routes, and detects a 34-mode squeezed quantum microcomb with about 3 dB of raw squeezing.