Low-threshold laser from erbium-gain lithium niobate microcavity

来源 :中国科学:物理学 力学 天文学(英文版) | 被引量 : 0次 | 上传用户:sisi200713
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Integrated photonic circuits with nonlinear response are imperative in the boosting field of telecommunications and quantum networks [1].Among all conventional nonlinear materials, lithium niobate (LiNO3, LN) has drawn massive interest for its excellent performance in x(2) and commercialization compatibility.Thanks to the developed micromachining techniques, on-chip lithium niobate structures with subnanometer roughness are now achievable [2,3], making integrated devices like frequency doublers, transducers and filters into reality.Besides these passive photonic circuits, the laser source on the LN integrated circuit leaves absence.Rare earth erbium is a well-acknowledged doping particle that produces the C-band laser.Combining photonic integrated circuits with erbium can pave the way towards the LN-based chip scale microlaser, which is crucial and groundbreaking on the integration of light sources and various functioned devices.
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