韦中超 （1971.7-），北京师范大学物理学士，中山大学光学博士（硕博连读），美国中佛罗里达大学（University of Central Florida）光学与光子学院及化学系博士后。华南师范大学信息光电子科技学院教授、博士生导师。教学方面，先后主讲本科《应用光学》《激光原理》《光电检测技术》《光电综合设计》及研究生《光电检测与成像》《激光光谱技术与应用》等课程。科研方面，曾多年从事超快激光光谱、光子晶体的实验研究。近年来专注于人工微结构材料的特性与器件研究。内容包括但不限于：（1）光学超构材料、混合电磁材料的特性研究与器件实现；（2）光学超构表面，如平面透镜，完美吸收器的形成机理；（3）石墨烯材料的物理特性及光子器件研究；（4）类电磁诱导透明效应、广义Snell定律等物理特性研究等。主持、参与国家级科研项目十多项；发表SCI论文100余篇；是Photonics Research，Optics Letters，Optics Express等多家学术期刊审稿人。

欢迎从事博士后研究；欢迎报考光学工程、光学、材料物理与化学、电子信息方向的研究生；欢迎本科生参与科研。

办公地点：大学城校区理四栋327房

电子邮箱： wzc@scnu.edu.cn

在研项目：（1）主持国家自然科学基金: 石墨烯超材料中类电磁诱导透明的产生调控与器件设计

 61774062, 2018.01-2021.12

（2）主持广东省自然科学基金：时空超表面构建研究 2021A1515010352, 2021/01－2023/12

近期论文（*为通讯作者）

[30]   Hong,Yuhan, Wei,Zhongchao*.

          Diverse dispersion states achieving in phase change material metalenses.  

          Optics Communications, 2024, 559: 130381

[29]   Liu,Wenyuan, Zhuo,Yizhou, Xiao,Likun, Chen,Chen, Shang,Shu, Liu,Hongzhan, Meng,Hongyun,

          Wang,Faqiang, Yang,Xiangbo, Wei,Zhongchao*.

          Four-channel metasurface for multiplexing images under two nonorthogonal polarization states.  

           Chinese Optics Letters, 2023, 21(11): 093601

[28]   Yuan,Jiadong, Li,Zuyu, Hong,Yuhan, Zhang,Yuhang, Liu,Hongzhan*, Wei,Zhongchao*.

          Three-Channel Near-Field Display and Encryption Based on a Polarization Multiplexed Metasurface.

           Nanomaterials, 2023, 13(10): 1638

[27]   Li,Zuyu, Zhang,Yuhang, Yuan,Jiadong, Hong,Yuhan, Liu,Hongzhan, Guo,Jianping,

          Dai,Qiaofeng*, Wei,Zhongchao*.

          Three-Channel Metasurfaces for Multi-Wavelength Holography and Nanoprinting.

          Nanomaterials, 2023, 13(1),183

[26]   Li,Zuyu, Zhang,Yuhang, Huang,Hui, Qin,Shuai, Jie,Kaiqian, Liu,Hongzhan, Guo,Jianping*,

          Meng,Hongyun, Wang,Faqiang, Yang,Xiangbo, Wei,Zhongchao*.

          Dual-channel metasurfaces for independent and simultaneous display in near-field and far-field.  

          Optics Express, 2022, 30(11): 18434--18446  

[25]   Zhang,Yuhang, Li,Zuyu, Qin,Shuai, Huang,Hui, Jie,Kaiqian, Guo,Jianping, Liu,Hongzhan,

           Meng,Hongyun, Wang,Faqiang, Yang,Xiangbo, Wei,Zhongchao*.

           Band-tunable achromatic metalens based on phase change material.  

           Optics Express, 2022, 30(10): 17541--17553  

[24]   Jie,Kaiqian, Huang,Hui, Qin,Shuai, Guo,Jianping, Liu,Hongzhan, Meng,Hongyun,

           Wang,Faqiang, Yang,Xiangbo, Wei,Zhongchao*.

           Electronically Controlled Time-Domain Integral Average Depolarizer Based on

           a Barium Titanate (BTO) Metasurface.  

           Nanomaterials, 2022, 12(7),1228 

[23]   Huang,Hui, Qin,Shuai, Jie,Kaiqian, Guo,Jianping, Dai,Qiaofeng, Liu,Hongzhan, Meng,Hongyun,

           Wang,Faqiang, Yang,Xiangbo, Wei,Zhongchao*.

           Dynamic generation of giant linear and circular dichroism via phase-change metasurface.

           Optics Express, 2021, 29(25): 40759--40769 

[22]   Qin,Shuai, Huang,Hui, Jie,Kaiqian, Zeng,Sirui, Chen,Li, Liu,Hongzhan, Guo,Jianping,

           Meng,Hongyun, Wang,Faqiang, Yang,Xiangbo, Wei,Zhongchao*.

           Active Modulating the Intensity of Bifocal Metalens with Electrically Tunable

           Barium Titanate (BTO) Nanofins.

           Nanomaterials, 2021, 11(8), 2023

[21]    Xu,Ning, Hao,Yuan, Jie,Kaiqian, Qin,Shuai, Huang,Hui, Chen,Li, Liu,Hongzhan, 

           Guo,Jianping, Meng,Hongyun, Wang,Faqiang, Yang,Xiangbo, Wei, Zhongchao*. 

           Electrically-Driven Zoom Metalens Based on Dynamically Controlling the Phase of 

           Barium Titanate (BTO) Column Antennas. 

           Nanomaterials, 2021, 11(3), 729

[20]   Qin,Shuai , Xu,Ning , Huang,Hui , Jie,Kaiqian , Liu,Hongzhan , Guo,Jianping , 

           Meng,Hongyun , Wang,Faqiang , Yang,Xiangbo , Wei,Zhongchao *. 

           Near-infrared thermally modulated varifocal metalens based on the phase change 

           material Sb2S3. 

          Optics Express, 2021, 29(5): 7925--7934 

[19]   Sun,Haoying, Zhao,Lin, Dai,Jinsong,  Liang,Yaoyao, Guo,Jianping, Meng,Hongyun,  

          Liu,Hongzhan  Dai,Qiaofeng*, Wei, Zhongchao*. Broadband Filter and Adjustable 

          Extinction Ratio Modulator Based on Metal-Graphene Hybrid Metamaterials.  

          Nanomaterials, 2020, 10, 1359

[18]   Xu,Ning, Liang,Yaoyao, Hao,Yuan, Mao,Min, Guo,Jianping Liu,Hongzhan,  

          Meng,Hongyun, Wang,Faqiang,  Wei, Zhongchao*. 

          A Thermal Tuning Meta-Duplex-Lens (MDL): Design and Characterization. 

          Nanomaterials, 2020, 10(6),1135

[17]   Liang,Yaoyao, Li,Boyao, Meng,Zhao, Zhao,Lin, Mao,Min, Liu,Hongzhan, 

         Wei,Zhongchao*.   Efficient point-by-point manipulated visible meta-vortex-lenses

         with arbitrary  orbital angular momentum. 

         Nanotechnology,2019, 31(3): 035702

[16]  Mao,Min, Liang,Yaoyao, Liang,Ruisheng, Zhao,Lin, Xu,Ning, Guo,Jianping, 

         Wang,Faqiang, Meng,Hongyun, Liu,Hongzhan, Wei,Zhongchao*.

         Dynamically Temperature-Voltage Controlled Multifunctional Device Based on 

         VO2 and Graphene Hybrid Metamaterials: Perfect Absorber and Highly Efficient

         Polarization Converter. 

         Nanomaterials, 2019,9(8): 1101

[15]  Dai,Jinsong, Wei,Zhongchao*, Zhao,Lin, Lin,Qiyuan, Lou,Yuyao. 

         A Tunable Graphene 0--90° Polarization Rotator Achieved by Sine Equation   

         Voltage Adjustment. 

         Nanomaterials, 2019, 9(6): 849

[14]  Lao,Chaode, Liang,Yaoyao, Wang,Xianjun, Fan,Haihua*, Wang,Faqiang, 

        Meng,Hongyun, Guo,Jianping, Liu,Hongzhan, Wei,Zhongchao*. 

        Dynamically tunable resonant strength in electromagnetically induced

        transparency (eit) analogue by hybrid metal-graphene metamaterials. 

        Nanomaterials, 2019, 9(2): 171

[13]  Li,Runmin, Zhou,Xin, Panmai,Mingcheng, Xiang,Jin, Liu,Haiying*, 

        Ouyang,Min, Fan,Haihua, Dai,Qiaofeng, Wei,Zhongchao*. 

        Broadband zero backward scattering by all-dielectric core-shell nanoparticles. 

        Optics Express, 2018, 26(22):28891--28901

[12]  Liang,Yaoyao, Wei,Zhongchao*, Guo,Jianping, Wang,Faqiang,  

        Meng,Hongyun, Liu,Hongzhan.  Metalenses Based on Symmetric Slab Waveguide 

        and c-TiO2: Efficient  Polarization-Insensitive Focusing at Visible Wavelengths. 

        Nanomaterials, 2018, 8(9): 699

[11]  Wang,Wei, Meng,Zhao, Liang,Ruisheng, Chen,Shijie, Ding,Li, Wang,Faqiang, 

         Liu,Hongzhan, Meng,Hongyun, Wei,Zhongchao*. 

         A dynamically tunable plasmonic multi-functional device based on graphene

         nano-sheet pair arrays. 

         Optics Communications, 2018, 415: 130--134

[10]  Liang,Yaoyao, Liu,Hongzhan*, Wang,Faqiang, Meng,Hongyun, Guo,Jianping,

         Li,Jinfeng, Wei,Zhongchao*.   High-efficiency, near-diffraction limited, 

         dielectric metasurface lenses based on crystalline titanium dioxide at visible wavelengths. 

         Nanomaterials, 2018, 8(5): 288

[9]   Zhong,Nianfa, Dai,Qiaofeng*, Liang,Ruisheng, Li,Xianping, Tan,Xiaopei, 

         Zhang,Xiaomeng, Wei,Zhongchao*, Wang, Faqiang, Liu,Hongzhan, Meng, Hongyun. 

         Analogue of electromagnetically induced absorption with double absorption windows 

         in a plasmonic system. 

         PloS One,2017, 12(6): 179609

[8]   Wei,Zhongchao#, Liu,Yuebo#, Xiao,Shuyuan, Li,Xianping, Zhong,Nianfa, Liu,Hongzhan, 

        Wang,Faqiang, Liang,Ruisheng*. Angular and Wavelength Simultaneous Selection in 

        Transparent OPVs Based on Near-Infrared Bragg Reflector and Antireflection Coating. 

        IEEE Photonics Journal,2016, 9(1): 1--8

[7]   Wei,Zhongchao#, Li,Xianping#, Zhong,Nianfa, Tan,Xiaopei, Zhang,Xiaomeng,

        Liu,Hongzhan, Meng,Hongyun, Liang,Ruisheng*. 

       Analogue electromagnetically induced transparency based on low-loss metamaterial 

       and its application in nanosensor and slow-light device. 

       Plasmonics,2017, 12(3): 641--647

[6]  Wei,Zhongchao#, Zhong,Nianfa#, Zhang,Xiaomeng, Li,Xianping, Tan,Xiaopei,

       Liang,Ruisheng*, Meng,Hongyun, Wang,Faqiang, Liu,Hongzhan. Multifunctional 

       sensors and switch in MDM waveguide with symmetric dual side-coupled nanodisks. 

       IEEE Photonics Technology Letters, 2016, 28(24):2893--2896

[5]  Wei,Zhongchao#, Zhang,Xiaomeng#, Zhong,Nianfa, Tan,Xiaopei, Li,Xianping,

        Liu,Yuebo, Wang,Faqiang, Meng,Hongyun, Liang,Ruisheng*. 

       Optical band-stop filter and multi-wavelength channel selector with plasmonic 

       complementary aperture embedded in double-ring resonator. 

       Photonics and Nanostructures-Fundamentals and Applications, 2017, 23: 45--49

[4]  Wei,Zhongchao#, Li,Xianping#, Yin,Jianjun, Huang,Rong, Liu,Yuebo, Wang,Wei, 

       Liu,Hongzhan, Meng,Hongyun, Liang,Ruisheng*.  

       Active plasmonic band-stop filters based on graphene metamaterial at THz wavelengths. 

       Optics Express, 2016, 24(13):14344--14351

[3]  Li,Xianping, Wei,Zhongchao*, Liu,Yuebo, Zhong,Nianfa, Tan,Xiaopei, Shi,Songsong, 

       Liu,Hongzhan, Liang,Ruisheng.  Analogy of  electromagnetically induced transparency in 

       plasmonic nanodisk with a square ring resonator. 

       Physics Letters A, 2016, 380(1-2): 232--237

[2]  Shi,Songsong, Wei,Zhongchao*, Lu,Zhiyang, Zhang,Xiaomeng, Li,Xianping,

       Liu,Hongzhan, Liang,Ruisheng. 

       Enhanced plasmonic band-pass filter with symmetric dual side-coupled nanodisk resonators.

       Journal of Applied Physics, 2015, 118(14): 143103

[1]  Guo,Jian, Wei,Zhongchao*, Liu,Yuebo, Huang,Aili. 

       Analysis of optical vortices with suppressed sidelobes using modified Bessel-like function

       and trapezoid annulus modulation structures.

       Journal of Optical Society of America, A, 2015, 32(2): 195--203

 全部论文列表请看：

https://www.researchgate.net/profile/Zhongchao-Wei/research

授权发明专利

[05] 韦中超 许宁 揭凯茜 黄辉 秦帅/ 基于动态控制钛酸钡天线的电动变焦超透镜及其控制方法   

        发明专利 ZL202110149716.8

[04] 韦中超 孙昊瀛 许宁/一种实现类电磁诱导透明效应的超材料及方法

        发明专利 ZL201910671613.0

[03] 韦中超 毛敏/一种基于VO2及石墨烯混合超材料的多功能器件

        发明专利 ZL201910589920.4 

[02] 韦中超 梁瑶瑶 毛敏/一种高效率超表面涡旋聚焦透镜

        发明专利 ZL201910016988.3

[01] 韦中超 张小蒙 雷振宇 钟年发 谭晓佩 李先平 汪伟/一种大角度离轴聚焦平面透镜

        发明专利 ZL201710230660.2