Prof. Myung-Hyun Lee, D.Phil.
Optical and electronic circuits will be combined and pervasive in the near future even though they have some limitations in scale and signal processing speed. Plasmonics is introduced to solve the two problems of the operating speed limitation in electronics and the dimension limitation in photonics at the same time.
Keeping pace with the needs of the times, our lab is performing research on “surface plasmon-based circuits”, which merge electronics and photonics at the nanoscale with more than 10 Gbps high-speed processing.
Our lab is opening up new era by overcoming limitations of present technologies.
RESEARCH INTERESTS
Plasmonic Signal Generators
Nano surface plasmonic waveguide devices and integration
Thermo-optic polymeric photonic devices
Electro-optic polymeric photonic devices
Flexible optical devices
Distinctions
1989~1992
National Grant from Education Ministry of Korea
ORS (Oversea Research Scholarship) University of Oxford, UK
2003/2004
Best Paper / Citation Award, ETRI Journal, Korea
EDUCATION/EXPERIENCES
1987,1985
Seoul National University, College of Engineering
MS&BS
1993
University of Oxford, Linacre College, Oxford, UK
Ph.D in Dept. of Materials & Eng. Sci. (Optoelectronics Group)
1993 - 2007
Electronics and Telecommunications Research Institute
Optical communications
Photonic switching, Photonic devices
2007 ~ 현재
School of Electronic and Electrical Engineering
Sungkyunkwan University (SKKU)
Professor
2015
University of Arizona, USA
Visiting professor