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      集成与微纳光子学课题组致力于集成与微纳光子学的国际前沿和应用研究。研究方向包括面向光通信和光互联的集成光子学、面向能源的微纳光子学以及微纳加工技术。具体的研究方向主要分为:

 
•面向光通信和光互联的集成光子学
a. 硅基光电子器件
Photothermal switching of Si photonic devices: Tunable Si micro-disk integrated with MIM absorber
b. 表面等离激元器件
Controlling wave-vector of propagating surface plasmon polaritons on single-crystalline gold nanoplates

c. 光波天线
Plasmonic sectoral horn nanoantennas based optical wireless interconnect network for on-chip communication at tera-scale

d. 石墨烯光电子器件
 
•面向能源的微纳光子学
a. 红外吸收与探测器件
Metal-dielectric-metal metamaterial absorber for IR and MIR detection and IR and MIR absorber chips for biometer
b. 表面等离子激元增强荧光辐射
Fluorescence enhancement based on Gold nanorod for imaging
c. 红外辐射及热光伏应用
The principle of solar thermophotovoltaic technology based on plasmonic absorber and thermal radiator
d. 微纳结构实现颜色滤波和显示
Colorful gold film and transparent conductive silver film
e. LED智能照明
 
•微纳加工技术
a. 光电集成芯片加工技术
Flow chart of optoelectronic integrated chip processing technology
b. 基于冰刻的新型电子束曝光技术
In-situ growth, fabrication, and characterization solutions combing e-beam lithography, MBE and STM.
c. 原子级平整度薄膜生长技术
Atomically flat single-crystalline gold nanostructures for plasmonic nanocircuitry
d. 纳米焊接技术
Photothermal fusion and Gold nanocrystals formation in a metamaterial structure
Laser-induced single point nanowelding of silver nanowires