< Mesoscopic optical ruler and clock >
■ 연 사 : Jinkang Lim (The Fang Lu Mesoscopic Optics and Quantum Electronics group at UCLA)
■ 일 시 : 2018년 9월 14일 (금) 11:40-12:40
■ 장 소 : 301동 620호
In this talk, I will review optical frequency combs and high-spectral-purity lasers. Recent advances in the high-finesse microresonator and low-loss waveguide technologies provide a new modality to produce a frequency comb based on cascaded four-wave-mixing (Kerr comb) and an ultralow phase noise microlaser, which facilitates compact/power-efficient, yet high-performance, integrable frequency synthesizer and clock systems for high capacity optical communications, optical interconnects, remote sensing, ADC and more.
Jinkang Lim is a senior research scientist in the Fang Lu Mesoscopic Optics and Quantum Electronics group at UCLA. He currently works on the mesoscopic optical resonators/waveguides for precision clocks/sensors and optical communication. His research interests include ultrafast/nonlinear optics, femtosecond lasers, optical clock/sensor, and precision measurement. He previously worked in the Research Laboratory for Electronics at MIT on high-power ultrafast fiber lasers and frequency combs for astronomical and optical communication applications under supervision of Prof.Franz Kaertner. He received a Ph.D. in Physics at Kansas State University with a contribution of all-fiber carbon-nanotube based femtosecond lasers and frequency combs and its molecular frequency metrology application.
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