News

Looking for a drinking fountain with cold, fast-flowing water? Emmitt James’ website can tell you where to find it. (Subscription may be required.)

The UVA Engineering ExSiTE Lab successfully finished a project for the U.S. Department of Energy that shows squid-inspired synthetic protein can be made into thermal batteries that would heat buildings.

The smooth muscle cells lining our arteries can serve as the foundation for the fatty plaques in coronary artery disease. UVA Professor Mete Civelek's team has identified the genes that are responsible for this risk at these locations.

Professor Christopher P. Goyne leads a new team developing hypersonic engines that will enable more maneuverable missiles, jets and — eventually — spacecraft.

Set to Retire This Year, 'Father of Real-Time Computing' Jack Stankovic Is Leaving Behind a Legacy of Seminal Research and a Lasting Impact on UVA

A 2004 systems engineering Ph.D. alumnus and key contributor on the team developing UVA’s artificial pancreas system has been named the University’s Innovator of the Year.

The university will join other top research universities, Micron and the National Science Foundation as a founding partner of the network, a partnership focused on developing the next generation of the U.S. semiconductor industry’s workforce.

UVA Today spoke to Dr. Richard Price, a biomedical engineer, about the definition of biotechnology and the role it plays at UVA Health.

Patrick Hopkins leads the way for using synthesized squid protein as the basis for future thermal batteries.

CRISP looks back on half a decade’s work to speed computing into the future.