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Editorial of special issue on optics and photonics for the 40th anniversary of Institute of Modern Optics,Nankai University: 《Chinese Optics Letters》2024年第9期1-2,共2页Haitao Liu Lingling Huang Yange Liu Jiangbing Du Shengjiang Chang Weiwei Liu; On the occasion of the 40th anniversary of the Institute of Modern Optics(IMO),Nankai University(19th October 2024),Chinese Optics Letters(COL)is publishing this special issue to highlight the most exciting research o...; 关键词：ANNIVERSARY education Chairman

Photonic analog signal processing and neuromorphic computing[Invited]被引量：1: 《Chinese Optics Letters》2024年第3期123-136,共14页James Garofolo Ben Wu; In this review paper,we discuss the properties and applications of photonic computing and analog signal processing.Photonic computational circuits have large operation bandwidth,low power consumption,and fine frequenc...; 关键词：blind-source separation optical steganography neuromorphic photonics

Observation of topological rainbow in non-Hermitian systems被引量：1: 《Chinese Optics Letters》2023年第12期97-102,共6页路翠翠赵闻张胜郑焱基王晨阳李耀华刘永椿胡小永杭志宏; supported by the National Natural Science Foundation of China(Nos.12274031,12274315,92050110,11734001,91950204,and 92150302);the Priority Academic Program Development of Jiangsu Higher Education Institutions(PAPD);the National Key Research and Development Program of China(No.2018YFB2200403);the Beijing Institute of Technology Research Fund Program for Teli Young Fellows,and the Beijing Institute of Technology Science and Technology Innovation Plan Innovative Talents Science and Technology Funding Special Plan(No.2022CX01006).; Topological photonic states have promising applications in slow light,photon sorting,and optical buffering.However,realizing such states in non-Hermitian systems has been challenging due to their complexity and elusiv...; 关键词：topological rainbow non-Hermitian photonics photonic crystal slow-light effect

Photonics 60 GBaud PDM-16QAM fiber-wireless 2×2 MIMO delivery at THz-band被引量：4: 《Chinese Optics Letters》2023年第7期79-85,共7页李韦萍余建军朱博文张教朱敏王晨周雯谢堂尧余建国赵峰; partially supported by the National Natural Science Foundation of China(Nos.61935005,61835002,and62127802)。; The terahertz photonics technique has bright application prospects in future sixth-generation(6G)broadband communication.In this study,we have experimentally demonstrated a photonics-assisted record-breaking net bit r...; 关键词：terahertz photonics technique fiber-wireless converged communication digital signal processing THz-band photonics-assisted technique

Single-lane 200 Gbit/s photonic wireless transmission of multicarrier 64-QAM signals at 300 GHz over 30 m被引量：1: 《Chinese Optics Letters》2023年第2期138-142,共5页张红旗张鹿杨作民杨航吕治东庞晓丹 Oskars Ozolins 余显斌; supported by the National Key Research and Development Program of China(Nos.2020YFB1805700,2018YFB1801503,and 2021YFB2800805);the National Natural Science Foundation of China(No.62101483);the Natural Science Foundation of Zhejiang Province(No.LQ21F010015);the Zhejiang Lab(No.2020LC0AD01)。; Recently,wireless communication capacity has been witnessing unprecedented growth.Benefits from the optoelectronic components with large bandwidth,photonics-assisted terahertz(THz)communication links have been extensi...; 关键词：terahertz communication terahertz photonics wavelength division multiplexing photonic-wireless transmission

Topological photonic states in artificial microstructures[Invited]: 《Chinese Optics Letters》2021年第5期71-82,共12页Hui Liu Boyang Xie Hua Cheng Jianguo Tian Shuqi Chen; the National Key Research and Development Program of China(Nos.2016YFA0301102 and 2017YFA0303800);the National Natural ScienceFund for Distinguished Young Scholars(No.11925403);the NationalNatural Science Foundation of China(Nos.11974193,91856101,and11774186);the Natural Science Foundation of Tianjin for DistinguishedYoung Scientists(No.18JCJQJC45700)。; Topological photonics provides a new opportunity for the examination of novel topological properties of matter,in which the energy band theory and ideas in topology are utilized to manipulate the propagation of photon...; 关键词：topological photonics STATES artificial microstructures

Floquet spectrum and optical behaviors in dynamic Su–Schrieffer–Heeger modeled waveguide array: 《Chinese Optics Letters》2021年第4期71-76,共6页Ye Yu Yiwen Song Tao Chen Huaiqiang Wang Songlin Zhuang Qingqing Cheng; supported by the National Natural Science Foundation of China (Nos. 11874266 and 11604208);the Shanghai Science and Technology Committee (Nos. 16ZR1445600 and 16ZR1445500);the ChenGuang Program (No. 17CG49)。; Floquet topological insulators(FTIs) have been used to study the topological features of a dynamic quantum system within the band structure. However, it is difficult to directly observe the dynamic modulation of band ...; 关键词：topological photonics insulator waveguide array FLOQUET

Editorial for special issue on soft-matter photonics (soft mattonics): 《Chinese Optics Letters》2020年第8期1-1,共1页; Soft-matter photonics(soft mattonics)is an emerging and active area that has attracted widespread attention in recent years.Compared with solid materials,soft matters exhibit inherent advantages such as excellent adju...; 关键词：ADJUST ICS matt

Silk: a versatile biomaterial for advanced optics and photonics [Invited]被引量：2: 《Chinese Optics Letters》2020年第8期10-21,共12页Yushu Wang Meng Li Yu Wang; The growing demand of sustainable and biocompatible optical devices is stimulating the development of naturally derived biomaterials for optics and photonics. As a versatile biomaterial, silk provides excellent materi...; 关键词：SILK BIOMATERIALS optical devices multifunctional devices

Wavelength-mode pulse interleaver on the silicon photonics platform: 《Chinese Optics Letters》2020年第3期35-39,共5页Xinyi Wang Gangqiang Zhou Zhengtao Jin Liangjun Lu Guiling Wu Linjie Zhou Jianping Chen; We report an 8-channel wavelength-mode optical pulse interleaver on a silicon photonic chip.Wavelength-and mode-division multiplexing techniques are combined to increase the repetition rate of the pulses without addin...; 关键词：silicon PHOTONICS optical delay line wavelengthdivision MULTIPLEXING mode division MULTIPLEXING

PHOTONICS