Hybrid-Integrated Dual-Wavelength Laser Frequency Locked to an Integrated Coil-Resonator for Optical Fiber Sensing

Cristian Bolle; Daniel J. Blumenthal; Kaikai Liu; Kwangwoong Kim; Mark Cappuzzo; Mohamad Hossein Idjadi; Nicolas Fontaine; Rose Kopf; Stefano Grillanda; Tzu-Yung Huang

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Hybrid-Integrated Dual-Wavelength Laser Frequency Locked to an Integrated Coil-Resonator for Optical Fiber Sensing

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arxiv 2410.07615 v1 pith:QPIMCKIP submitted 2024-10-10 physics.optics

Hybrid-Integrated Dual-Wavelength Laser Frequency Locked to an Integrated Coil-Resonator for Optical Fiber Sensing

Mohamad Hossein Idjadi , Stefano Grillanda , Nicolas Fontaine , Kaikai Liu , Kwangwoong Kim , Tzu-Yung Huang , Cristian Bolle , Rose Kopf

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Mark Cappuzzo Daniel J. Blumenthal

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classification physics.optics

keywords frequencyfiberhybrid-integratedintegratedlaserlockedsensingchannels

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We demonstrate dual-frequency stabilization of a hybrid-integrated multi-channel laser to an integrated high Q-factor silicon nitride (SiN) coil resonator with more than 40 dB frequency noise suppression. The frequency locked channels are utilized for a proof-of-concept fiber sensing experiment.

Hybrid-Integrated Dual-Wavelength Laser Frequency Locked to an Integrated Coil-Resonator for Optical Fiber Sensing

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