Presidential Early Career Award for Scientists and Engineers Awardee
High performance transistors
created on flexible plastic sheets
"Fast Flexible Transistors with a Nanotrench Structure"
published in Scientific Reports and
featured in EETimes, EurekAlert in
AAAS, Phys.ORG + 40more
than 50 news world wide.
Fast, Stretchy Circuits Could Yield New Wave of Wearable Electronics
Twisted-Pair Transmission Lines for Microwave Frequency Wearable
Electronics" is published in Advanced Functional Materials. This
work is also highlighted by many news agencies, including UW-Madison news, Tech Times, Gizmag, Gizmodo, phys.org, Engadget, Science Daily, and many more.
Diamonds Closer to Becoming Ideal Semiconductors"Thermal diffusion boron doping of single-crystal natural diamond" published in Journal of Applied Physics and featured in AIP News, EurekAlert in AAAS, Phys.ORG
Amorphous Si/SiO2 distributed Bragg Reflectors
Minkyu's Si/SiO2 DBR work is selected as an "EDITOR'S PICKS" article by JVST B
Fastest and Most Flexible Phototransistor
"Flexible Phototransistors Based on Single-Crystalline Silicon Nanomembranes" published in Advanced Optical Materials as a front cover and featured in IEEE Spectrum, UW news, Materials Views, EurekAlert in AAAS , Phys.ORG + more than 50 news world wide.
Microwave Flexible Transistors on CNF
"High-performance green flexible electronics based on biodegradable cellulose nanofibril
paper" is published in Nature Communications.
This work is also featured on the main pages of wisc.edu, College of
Electrical and Computer Engineering, in addition to more than
100 news stories worldwide.
Image (top right): credit to Prof. Vishal Muliya at Christ College, Rajkot, India.
Image (bottom): click on images for news coverage
For an extended list of foreign media coverage (Chinese), please click here
Compact UV Lasers
UV lasers could identify substances from a distance"
covered by College of Engineering.
Graphene-based CLEAR Technology
"Graphene-based CLEAR technology for neural imaging and optogenetic applications
" is published in NATURE COMMUNICATIONS
, and featured in DARPA
, IEEE Spectrum
Fast Flexible Electronics
Fast flexible electronics with strained silicon nanomembrane
is featured in Nature Scientific Reports
Silicon Nanomembranes Improve Efficiency of Flexible Electronics