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| 1 | Review of advanced progress ofχ^(2)-based all-optical devices on thin-film lithium niobate显示文摘The technological innovation of thin-film lithium niobate(TFLN)is supplanting the traditional lithium niobate industry and generating a vast array of ultra-compact and low-loss optical waveguide devices,providing an unprecedented prospect for chip-scale integrated optics.Because of its unique strong quadratic nonlinearity,TFLN is widely used to create new coherent light,which significantly promotes all-optical signal processes,especially in terms of speed.Herein,we review recent advances in TFLN,review the thorough optimization strategies of all-optical devices with unique characteristics based on TFLN,and discuss the challenges and perspectives of the developed nonlinear devices. | 石磊 宋元军 唐杰 秦妍妍 薛小枚 周桓立 陈泽贤 李选 钱广 张晓阳 张彤 | 2023 | Chinese Optics Letters2023，21，10： | 0 |
| 2 | Doubly resonant second-harmonic generation in a fiber-based tunable open microcavity显示文摘Microcavities constructed from materials with a second-order nonlinear coefficient have enabled efficient second-harmonic(SH)generation at a low power level.However,it is still technically challenging to realize double resonance with large nonlinear modal overlap in a microcavity.Here,we propose a design for a robust,tunable,and easy coupling double-resonance SH generation based on the combination of a newly developed fiber-based Fabry-Perot microcavity and a sandwich structure,whose numerical SH conversion efficiency is up to 3000%W^(-1).This proposal provides a feasible way to construct ultra-efficient nonlinear devices for generation of classical and quantum light sources. | 孔欣航 刘卓俊 宋丽军 邱贵鑫 王栩莹 马剑涛 魏敦钊 刘进 | 2023 | Chinese Optics Letters2023，21，11： | 0 |
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