The UT Dallas team found that mixing small particles between two solid electrolytes can generate an effect called a “space charge layer"—an accumulation of electric c...
Backed by a National Science Foundation grant, the project’s key innovation is WHEELCOM—a device that captures wheelchair movement data to help engineers design smart...
The federal research laboratory slated for Texas A&M-Fort Worth will be focused on innovative aviation technologies—including drones, air taxis, and supersonic and hype...
Ikeda and Orikeda Trashi took home $12,000 in the Big Idea student competition for Biodelivera, a platform that delivers cancer therapy directly to tumors. In the alumni ...
The project, led by UTA physicist J. Ping Liu, seeks to make the mining of critical rare earth elements more cost-efficient and environmentally sustainable by using cheap...
Most people are getting AI all wrong—asking random questions and getting mediocre results, say Babar Bhatti and Masood Khan. Their new guide shows how to prompt like a pro and turn AI into your strategic team.
Tarleton State University’s Research and Economic Development Building in Stephenville opened in July 2024. The 10,236-square-foot facility was designed by Mustard Design and built by The Christman Company. [Photo: Tarleton]
Tarleton’s Stephenville facility—shared with Texas A&M AgriLife—aims to boost rural research, innovation, and small business. Not yet a year old, it’s earning statewide recognition.
The UT Dallas team found that mixing small particles between two solid electrolytes can generate an effect called a “space charge layer"—an accumulation of electric charge at the interface between the two materials, making it easier for ions to move across the interface.
Backed by a National Science Foundation grant, the project’s key innovation is WHEELCOM—a device that captures wheelchair movement data to help engineers design smarter, more inclusive buildings.