Kerr Optical Frequency Division with SiN-Based Photonics for Low Noise mmWave Generation

Kerr optical frequency division is demonstrated with SiN-based reference cavity and soliton. Stable 110 GHz mmWave is generated, and the measured phase noise reaches record-low level at 10 kHz offset for integrated photonic microwave/mmWave os-cillators. © 2024 The Author(s)

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Published in2024 Conference on Lasers and Electro-Optics (CLEO) pp. 1 - 2
Main Authors Sun, Shuman, Harrlnaton, Mark, Tabatabaei, Fatemehsadat, Hanifi, Samin, Wang, Beichen, Yang, Zijiao, Liu, Kaikai, Wang, Jiawei, Liu, Ruxuan, Morgan, Jesse S., Bowers, Steven, Morton, Paul, Nelson, Karl, Beling, Andreas, Blumenthal, Daniel, Yi, Xu
Format Conference Proceeding
LanguageEnglish
Published Optica 05.05.2024
Subjects
Frequency conversion
Masers
Microwave measurement
Millimeter wave communication
Optical noise
Optical recording
Optical solitons
Optical variables measurement
Phase measurement
Phase noise
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Abstract Kerr optical frequency division is demonstrated with SiN-based reference cavity and soliton. Stable 110 GHz mmWave is generated, and the measured phase noise reaches record-low level at 10 kHz offset for integrated photonic microwave/mmWave os-cillators. © 2024 The Author(s)
AbstractList Kerr optical frequency division is demonstrated with SiN-based reference cavity and soliton. Stable 110 GHz mmWave is generated, and the measured phase noise reaches record-low level at 10 kHz offset for integrated photonic microwave/mmWave os-cillators. © 2024 The Author(s)
Author Hanifi, Samin
Nelson, Karl
Morton, Paul
Wang, Jiawei
Liu, Ruxuan
Morgan, Jesse S.
Bowers, Steven
Wang, Beichen
Liu, Kaikai
Blumenthal, Daniel
Harrlnaton, Mark
Sun, Shuman
Yi, Xu
Yang, Zijiao
Tabatabaei, Fatemehsadat
Beling, Andreas
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  organization: Department of Physics, University of Virginia,Charlottesville,Virginia,USA,22904
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Snippet Kerr optical frequency division is demonstrated with SiN-based reference cavity and soliton. Stable 110 GHz mmWave is generated, and the measured phase noise...
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SubjectTerms Frequency conversion
Masers
Microwave measurement
Millimeter wave communication
Optical noise
Optical recording
Optical solitons
Optical variables measurement
Phase measurement
Phase noise
Title Kerr Optical Frequency Division with SiN-Based Photonics for Low Noise mmWave Generation
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