Explore the University Our Future Demands
Some 150 leading international physicists are convening at UTA this week to collaborate on the game-changing particle physics experiment known as the Deep Underground Neutrino Experiment, or DUNE.
Bioengineering Chair Michael Cho is leading a collaborative effort to make it easier to recognize symptoms of traumatic brain injuries caused by blast shockwaves in the battlefield.
The University was one of four institutions selected by NASA to develop improved methods for oxygen recovery and reuse aboard spacecraft. Such technology could one day help put a human on Mars.
A UTA landscape architect’s theory of native urban polycultures could lead to smarter, more cost-effective planting for casual home gardeners and large commercial landscapers
To preserve and update the state’s aging roadways, UTA civil engineers are turning to novel solutions, from slopes shored up with plastic pins to bridges with built-in heating systems.
After helping discover the long-elusive Higgs boson, researchers in the University’s Center of Excellence in High Energy Physics are tackling new challenges as they try to solve some of the universe’s greatest mysteries.
The next generation of inventors came to campus October 22 for InnovationDay@UTA, with 18 high school and college teams competing to design prototype vehicles that could move without using fuel and batteries.
Presidential Distinguished Professor of Physics David Nygren received a new American Physical Society instrumentation award for his lifelong contributions in particle physics. He is a member of the National Academy of Sciences.
Computer scientist Heng Huang received a $2 million grant through the National Institutes of Health to analyze complex data and use imaging genomics to predict a person’s probability of contracting Alzheimer’s disease.
Using a National Science Foundation grant, biologist Matthew Walsh will test aquatic habitats in Alaska and Wisconsin to predict how organisms respond to natural change as well as change influenced by humans.