MEMS-Enabled Tunable Photonic Crystals and Their Applications
Dr. Jeong Bong Lee
University of Texas at Dallas
Location: Computer Science Seminar Room CoRE-301
Computer Science Seminar Room CoRE-301
Photonic crystals are ultra-compact highly integrated nano scale structures which demonstrated the possibility of generating, manipulating, processing, transmitting and detecting light. However, most photonic crystal devices are “passive” structures without any means of external on-demand control. Adding tunability to the photonic crystals would greatly expand their application areas and enable unforeseen new application areas. MEMS/NEMS technologies are ideally positioned to provide a wide variety of unprecedented radical options of tunability to the passive photonic crystal devices as they can be co-integrated with photonic crystals. We have recently reported MEMS-enabled mechanically tunable and thermally tunable photonic crystals. Various applications and current status of development of such tunable photonic crystals will be discussed.
Dr. Jeong-Bong (JB) Lee received the Ph.D. degree from Georgia Tech, Atlanta, Georgia in 1997. In 2001, he joined the Electrical Engineering Department at UTD where he is now a full professor. His current research interests include MEMS and nanophotonics for biomedical and photonics applications. He received the NSF CAREER AWARD in 2001. He is currently serving as an editorial board member for Micromachines journal. He has served as a program committee member for many international conferences including Transducers 2011 Conference as a member of executive program sub-committee. He also served as a member of external advisory board for the Microsystems division at the Sandia National Laboratories in 2007. He has five U.S. patents, more than 45 journal papers and 138 conference papers published.