团队成员

倪振华 Ni Zhenhua

教授 · 国家杰出青年科学基金获得者

• 石墨烯等二维层状材料及其复合体系的光学表征与性能调控
• 二维材料的光电性能及器件，如光探测、发光、光伏器件等
• 纳米材料的光学性质研究，如拉曼、荧光光谱等

吕俊鹏 Lu Junpeng

教授 · 东南大学首席教授

• 光电子芯片 / 微纳光电子器件
• 新型半导体材料 / 新能源材料
• 超快光谱学 / 太赫兹光谱学 / 太赫兹超材料

Jialin Zhang

• Atomic scale growth mechanism of low-dimensional functional materials
• Precise preparation and characterization and electronic structure control

Tingting Yin

• Research on Exciton Physics and Physical Property Regulation of New Semiconductor Materials. The optical properties dominated by excitons are mainly studied in depth through various spectral characterization methods, and the evolution mechanism under the regulation of external physical fields is systematically investigated.

Qi Zhang

• Semiconductor optics:
• i. preparation of high quality single crystals by low temperature liquid phase method for semiconductor materials.
• ii. explore the basic physical properties of semiconductor excitons and their kinetic processes.

Zhao Bei

• Preparation and mechanism of new two-dimensional materials and two-dimensional complex structures
• Photoelectric properties of two-dimensional materials and advanced photoelectric functional devices

Xueyong Yuan

• High quality epitaxial semiconductor (GaAs) quantum dot single photon source and entangled light source
• Spectroscopy of low-dimensional materials and optoelectronic devices

王文辉 Wenhui Wang

• Optoelectronic devices based on two-dimensional materials: physics and applications
• Design and performance modulation of novel photodetectors
• Development and application of 2D materials-based position sensitive detector

万东阳 Dongyang Wan

• Ultrafast spectroscopy of two-dimensional semiconductors
• High-speed photodetectors and integration
• Advanced spectroscopy system

Fan Zhong

• Optical metamaterials
• The spin-Hall effect in optics

胡振良 Zhenliang Hu

• Optoelectronic properties of low-dimensional materials
• On-chip integration of optoelectronic devices
• Electronic devices based on 2D materials

郑婷 Ting Zheng

• Investigating light-matter interactions in low-dimensional materials and their heterostructures through ultrafast dynamics
• Studying the photoluminescence mechanisms of low-dimensional materials and modulating their quantum efficiency

Kaiyang Liu

• Optoelectronic detectors based on two-dimensional materials
• Lateral photovoltaic effect and transport dynamics of photogenerated carriers
• Design of novel optoelectronic devices for non-contact precise measurements including target position, angle, and polarization, and for high-efficiency, high-precision imaging and recognition

张勇 Yong Zhang

• Atomic-Scale Controlled Epitaxy of Emerging Semiconductor Materials
• Heterointerface Physics and Carrier Dynamics
• Infrared Optoelectronic Devices and Focal Plane Arrays Imaging Systems