Tag Archives: ORNL
Bobba Joins Nuclear Engineering Faculty
Naidu Bobba joins our department this fall as an assistant professor with expertise in radiotheranostics, a powerful approach for cancer diagnosis & treatment.
Zhao Joins Nuclear Engineering Faculty
Xingang Zhao will be joining our department this fall as an assistant professor. His research interests span multiple disciplines of nuclear energy systems.
Sophomore Samuel Haid Contributes to ITER Research
Samuel Haid unravels the factors leading to formation of tungsten “fuzz” and helium bubbles that could threaten ITER’s fusion reactions.
UT Hosts DOE-Funded Fusion Summer School
The department hosted the UT/ORNL Fusion Summer School, which includes introductory lectures on various topics, lab visits and demos, and panel discussions.
Nuclear Engineering Joins Partnership to Improve Cancer Outcomes
The Nuclear Engineering Department is involved in a partnership among UT, UT Health Science Center, and ORNL to improve outcomes for cancer patients.
Icenhour and Yong Inducted into Department of Nuclear Engineering’s Hall of Fame
Alan Icenhour and Loong Yong are the newest members of the Department of Nuclear Engineering’s Hall of Fame. They were inducted in April 2024.
Graduate Student Bryn Davies Finds Harmony in Music, Nuclear Engineering
Bryn Davies, Engineering graduate student at the University of Tennessee, has a long and unique career that combines her love of engineering and music.
Getting the Ball Rolling: Lang’s Team Works to Standardize Production of Metastable Materials
Professor Maik Lang has received $500,000 from the DOE to characterize and understand the formation of metastable materials in high-energy ball mills.
Wirth Co-Authors Paper Urging Universities to Support Fusion Growth
UT-ORNL Governor’s Chair Brian Wirth worked with professors from Columbia University and MIT to co-author a paper on the importance of supporting fusion growth.
Chong’s Neutron Scattering Detector Smashes a Scientific Record
Doctoral graduate Su-Ann Chong demonstrated a breakthrough in scientific achievement expected to speed up high-impact neutron science research.