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Photonics and Optical Communications
  • Optical Communications and interconnects
  • Silicon Photonics and Quantum Technologies
  • Acousto-Optic and Optomechanical Nanodevices
  • Photonic Micro- and Nano-Electromechanical Systems
  • Optical Fiber Sensing Technologies
  • Advanced Modulation Formats in Fiber Communications
  • Ultrafast Optical Signal Processing
Solid-State Electronics and Smart Sensing
  • Advanced Materials and Devices for Electronics, Photonics and Sensors
  • Nanoelectronics and Nanophotonics
  • Organic Electronics/Photonics
  • Wearable Electronics
  • Advanced Electronic Packaging Technologies
  • 2D Electronic Materials
  • Quantum Dots and Photovoltaics
  • Printable Electronics and Sensors

The mission of the Solid State Electronics and Photonics Group is to conduct top-notch research and to develop innovative applications at various levels from electronic/photonic materials to devices and systems. The training of postgraduate students to conduct independent research in these areas will form an integral part of this mission.

Our group is actively engaged in several major research areas, namely, advanced electronic/photonic materials and devices; nanoelectronics and nanophotonics; optoelectronics and ultrafast optoelectronic systems; optical planar and fibre devices; silicon photonics; nonlinear fiber optics and optical communications; advanced electronic packaging technologies; flexible electronics; advanced technologies for renewable energy. The group has secured more than HK$ 100 million from RGC research funds in the past decade. Besides the group is also actively involved in applied research by securing more than HK$ 25 million in industrial projects.

Teaching staff members of the group are actively participating in numerous professional activities, and have served as symposium chairs or in program committees in international conferences, as well as members of editorial boards of technical journals. Currently there are one Member of US National Academy of Engineering; two Fellows of IEEE; one Fellow of OSA. Postgraduates of the group have received a number of prestigious awards, including the Graduate Student Fellowship Award by IEEE and Young Scientist Awards by Hong Kong Institute of Science.

The research and teaching activities of the group are supported by a number of ancillary laboratories with a few state-of-the-art facilities, which are designated for material processing, device fabrication, device/material characterization, optical instrumentation and measurements, fiber-optic communications, computer simulation.


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固態電子與光電子組的任務是在電子/光子材料,器件及系統方面進行頂尖的研究,並開發各種級別的創新應用。其中亦包括培訓研究生在這些領域進行獨立研究的能力。

光子學與光通訊
  • 光通訊與光互連
  • 硅光子學與量子技術
  • 聲光學與光力學納米器件
  • 微米與納米光子機電器件
  • 光纖傳感技術
  • 光纖通信中的高級調製格式
  • 超快光信號處理
固態電子與智能感應
  • 用於電子學、光子學與傳感器的新型材料與器件
  • 納米電子學與納米光子學
  • 有機電子學/光子學
  • 可穿戴電子器件
  • 先進電子封裝技術
  • 二維電子材料
  • 量子點與光伏器件
  • 可印刷的電子器件與傳感器

我們組積極從事多個主流的研究方向,包括先進電子/光子材料與器件; 納米電子學與納米光子學; 光電子學與超快光電子系統; 平面光學器件與光纖器件; 硅光子學; 光纖中的非線性光學與光通信; 先進電子封裝技術; 柔性電子器件;可再生能源的新型技術。過去十年,我組已累計獲得研資局超過1億港元科研經費。 除此之外我組亦積極參與工業應用研究,并已爭取到超過2,500萬港元的工業項目經費。

我組的教職員積極參與各種科研活動,在多個國際會議中擔任研討會主席或計劃委員會成員,亦是多個科研期刊的編委會成員。目前,我組有一位美國國家工程院院士, 兩位IEEE院士以及一位OSA院士。我組的研究生獲得了許多有分量的獎項,其中包括IEEE頒發的研究生獎學金獎和香港科學院頒發的青年科學家獎。

我組的科研和教學是基於我們的幾個輔助實驗室。這些實驗室里配置了一批最先進的設備,這些設備的功能包括材料處理、器件製造、器件/材料表徵、光學儀器和測量、光通信、計算機模擬。


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