UTSI researchers and their colleagues patented a new glass-ceramic scintillator configuration that improves medical imaging without increasing radiation dosage.
Over the last decade, UTSI has built a collection of hypersonics research tools that have big implications for both research and industry across Tennessee.
Associate Professor Phillip Kreth and a team of student interns put a football and a baseball in a Mach 4 wind tunnel to help the general public conceptualize hypersonic speeds.
Two Engineering groups from the University of Tennessee received financial grants awarded by the Tennessee Department of Economic Community Development for transportation growth.
More than 70 college faculty and researchers made this year’s list of the world’s top 2 percent of most cited scientists in their fields.
Peng Zhao’s extensive research expertise brings potential for impactful advances in electric-vehicle safety.
UTSI Research Scientist Brian Canfield, of the Center for Laser Applications, will conduct precise ultrafast laser micromachining of the diamond chips that are central to the spectrometry aspect of the research, a vital piece of the project’s overall success.
UTSI teams up with AEDC engineers to apply optical flow visualization to jet engine testing.
UTSI partnered with the National Oceanic and Atmospheric Administration (NOAA) to investigate the chemistry, transport, and deposition of mercury compounds in the atmosphere.
In partnership with the Office of Naval Research, the University of Tennessee, Knoxville, launched the SERVE program for veterans at UT.