New virtual-reality equipment in the University’s Visualization Lab is geared toward expanding research possibilities.

Building and using instruments to determine how human activity – such as the burning of fuels – interacts with the atmosphere is the focus for atmospheric chemist Sally Pusede.

UVA researchers are revolutionizing solar cell technology by speeding the design process for materials that are efficient and stable over a wide range of temperatures, while remaining inexpensive to produce in large quantities.

Three students launched a payload of instruments by weather balloon for an astronomy project. Thirty miles and three hours, 40 minutes later, they’re eager to do it all again.

The Vice President for Research honored three long-time and prominent members of the faculty – a biochemist, a cardiovascular surgeon and an infectious disease researcher.

Immunotherapist Dr. Daniel “Trey” Lee comes to UVA with plans to target aggressive cancers through clinical trials, giving new hope to children for whom conventional treatments are not working.

Physicists have uniquely combined tools to create an imaging methodology that could enhance the way medical conditions are diagnosed.

The University on Friday showcased initiatives, data-driven research, resources, services and outreach programs centered on the compilation and analysis of large data sets.

Working with the Chesapeake Bay Foundation, UVA environmental scientists have created an online calculator for people to realize how their individual choices affect the health of the Chesapeake Bay watershed.

A biomechanical engineers’ study of the muscles of high-performance sprinters shows that, yes, they are different. But most of that comes from training.