主要研究领域：光纤激光器，纳米光子学，光子晶体
(1) 创新性发展了高品质等离激元微腔的制备新技术，解决了传统等离激元微腔制备所面临的技术难题，在等离激元微腔的光学性质、传感性能及与分子荧光的耦合效应等方面开展了多项原创性工作;
(2) 创新性地在光纤端面制备高质量的金属/介质微纳结构阵列，基于微纳结构支持的局域共振模式用作可饱和吸收体，成功实现了工作于1550 nm的调Q或锁模光纤脉冲激光的产生。
(3) 近年来在Advanced Materials,
Photonics Research, Nanoscale, Carbon, Optical Express, Applied Physics
Letters, Nanotechnology, Results in Physics, Applied Optics等国际/国内期刊发表高水平
SCI学术论文近30 篇。
1、Ultralarge Rabi splitting and broadband strong coupling in a spherical
hyperbolic metamaterial cavity
Photonics Research 9, 829~838
(2021)
2、Independently tunable double Fano-like resonances arising from the interference
coupling of localized surface plasmons with waveguide modes
Results
in Physics 25, 104218 (2021)
3、Strong Magnetic Plasmon Resonance in a Simple Metasurface for High-Quality
Sensing
IEEE
Journal of Lightwave Technology 39, 4525-4528 (2021)
4、Dielectric-loading
approach for extra electric field enhancement and spatially transferring
plasmonic hot-spots
Nanotechnology 32,
035205 (2021)
5、High Sensing Properties of Magnetic Plasmon
Resonance by Strong Coupling in Three-Dimensional Metamaterials
Journal of
Lightwave Technology 39, 562 (2021)
6、Perfect Absorption and Refractive-Index
Sensing by Metasurfaces Composed of Cross-Shaped Hole Arrays in Metal Substrate
Nanomaterials 11,
63 (2021)
7、Electrically modulating and switching infrared absorption of monolayer
graphene in metamaterials
Carbon 162, 187-194 (2020)
8、Graphene hybridized ultrahigh-Q high-order Fano resonance for nanoscale
optical sensing
Applied Physics Express 13, 022013
(2020)
9、Broadband,
wide-angle, and polarization-insensitive enhancement of light absorption in
monolayer graphene over whole visible spectrum
Results in Physics
18, 103134 (2020)
10、Ultra-narrowband
light absorption enhancement of monolayer graphene from waveguide mode
Optics Express 28, 24908 (2020)
11、Rapid fabrication
of high-quality bare silica monolayer and multilayers at the water/air
interface
Results in Physics 19, 103404 (2020)
12、Narrowband Light
Reflection Resonances from Waveguide Modes for High-Quality Sensors
Nanomaterials 10, 1966 (2020)
13、Two-dimensional
hexagonal boron nitride as saturable absorber for a 1.5 µm passively Q-switched
erbium-doped fiber laser
Applied Optics 59,
11337 (2020)
14、Graphene Multiple Fano Resonances Based on Asymmetric
Hybrid Metamaterial
Nanomaterials 10,
2408 (2020)
15、Precision Imprinted
Nanostructural Wood
Advanced Materials 1903270,
1-7 (2019)
16、Efficient Optical Reflection Modulation by Coupling
Interband Transition of Graphene to Magnetic Resonance in Metamaterials
Nanoscale Research Letters 14,
391 (2019)
17、High-performance metamaterial sensors based on strong
coupling between surface plasmon polaritons and magnetic plasmon resonances
Results in Physics 14,
102397 (2019)
18、Huge local magnetic field enhancement at optical
frequencies in matematerials through coupling with photonic band gap
Results in Physics 15, 102693 (2019)
