With the fast development of nanotechnology and material science, photonic chips are playing an essential role in modern scientific research. On the one hand, various remarkable photonic integrated circuits are developing to reduce the complexity and cost of conventional optical systems. On the other hand, novel optoelectronic materials and nanophotonic structures have been extensively proposed for precisely manipulating electromagnetic fields and significantly enhancing light-matter interactions on a chip.
Photonic Chip Laboratory aims to develop revolutionary photonic integrated circuits and nanophotonic devices for solving crucial issues in information science, biochemistry, and environmental safety while fostering students to gain patriotism, innovative thinking, scientific literacy, and leadership. Specifically, we focus on light generation, biochemical sensing, photodetection, and spectroscopic computation for novel on-chip applications. Our research interests include integrated optics, nanophotonics, nanomaterials, fiber optics, and spectroscopy. By combining multidisciplinary knowledge and techniques, we aim to overcome challenges in our country and improve the quality of human life.
Fundamentals and Frontiers of Silicon Photonics: this course introduces the fundamentals and advances of silicon photonics. Students are expected to learn fundamental theories, manufacturing processes, and cutting-edge applications of silicon photonic integrated circuits. The course is suitable for graduate and undergraduate students majoring in optical engineering, optoelectronics, instrument science, material science, physics, etc..
Semiconductor Photonic Device Design: this course introduces the design methods of silicon photonic devices. Students are expected to learn how to design several waveguide devices, including couplers, power splitters, resonators, and modulators. The course is suitable for undergraduate students majoring in optoelectronic information engineering, optoelectronic science, measurement and control engineering, etc..
Innovative Talent Cultivation in Optoelectronics: this course introduces the innovation and applications of optoelectronics. Students are expected to learn about successful cases of innovation and entrepreneurship in areas of optical sensing, optical communications, optical rangin, optical processing, optical computing, etc.. The course is suitable for graduate students majoring in optical engineering, optoelectronics, electronic information, etc..
Current State and Prospects of Optoelectronic Information Technology: it is a lecture course for senior undergraduates to introduce the cutting-edge techniques of optoelectronics.
