for project titled “A High-Performance Gallium Nitride MMIC Solution for Next-Generation Automotive Radar Systems”.

Thanks to the Coherent / II-VI Foundation Block-Gift Program, we will strengthen our shared mission: Create a stronger population of new engineering-, science- and mathematics-educated individuals who will ultimately increase and improve the tough and ever more complicated technical pool of engineers and scientists seeking to tackle problems facing our nation and the world.

for the project titled “Developing cubic III-nitride semiconductors for a sustainable future“, jointly with Prof. Naresh Gunasekar of Cardiff University, UK.
Team Diamond Photoconductive Semiconductor Switches [Graduate Student: Mr. Zhuoran Han & Mr. Jaekwon Lee, Advisor: Prof. Can Bayram] invented a method for enabling high current diamond photoconductive switches through a novel, buried channel concept. U of I U.S. Patent application 63,530,434 and 63,531,298 lays the foundations for enabling this next phase of reliable switches for next-generation electric grid.
Team Diamond Photoconductive Semiconductor Switches and their invention are selected as the Graduate Runner-up (i.e., second place) in the National Inventors Hall of Fame Collegiate Inventors Competition (CIC).
This recognition comes with $5,000 and a patent acceleration.
Since 1990, the Collegiate Inventors Competition has been held as a national competition. This is the first ECE Illinois Graduate Runner-up recognition (and the highest campus recognition to-date) in this national, competitive platform.
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– Collegiate Inventors Competition

Team Diamond Photoconductive Semiconductor Switches [Graduate Student: Mr. Zhuoran Han & Mr. Jaekwon Lee, Advisor: Prof. Can Bayram] invented a method for enabling high current diamond photoconductive switches through a novel, buried channel concept. U of I U.S. Patent application 63,530,434 and 63,531,298 lays the foundations for enabling this next phase of reliable switches for next-generation electric grid.
National Inventors Hall of Fame Collegiate Inventors Competition (held since 1990) selected Team Diamond Photoconductive Semiconductor Switches and this co-invention as one of the five graduate finalists in this year’s competition.
Zhuoran and Jaekwon will represent U of I as a finalist with our invention on Oct 16-17th in Washington DC in front of the distinguished Hall of Famers.
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Gentec-EO Laser Lab Award (one in twelve in the world) will support a donation of a compact and high accuracy photonic system, PRONTO-SI, to be in ECEB Nanofabrication Instructional Facility, and support U of I classroom activities, research, and beyond.

Applied Research Institute (ARI) / Silicon Crossroads Microelectronics Commons (SCMC) Hub recently awarded the Commercial Leap Ahead project titled “High-Performance Diamond Electronics for Next Generation Defense Systems”. Led by Great Lakes Crystal Technologies, team members are GE Aerospace, Penn State Applied Research Laboratory, University of Illinois at Urbana-Champaign, Michigan State University, University of Notre Dame, Army Research Laboratory, and Naval Research Laboratory.
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for accomplishments in translational research by submitting invention disclosures and/or patent applications.
