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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)
[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:
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
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