
Researchers engineer nano-textured surfaces to reduce medical device infection
Virginia Tech researchers have discovered a method for engineering surfaces on implantable devices that could help reduce deadly infections.

Virginia Tech researchers have discovered a method for engineering surfaces on implantable devices that could help reduce deadly infections.

When NASA’s new InSight lander touches down on Mars to begin new explorations of the Red Planet’s interior structure, Virginia Tech’s Scott King will be anxiously awaiting the first feedback of data.

An interdisciplinary team of researchers at Virginia Tech’s Macromolecules Innovation Institute have developed a new process to 3D print one of the most-desired materials in the electronics and aerospace industries.

Diseases have repeatedly spilled over from wildlife to humans, causing local to global epidemics, such as HIV/AIDS, Ebola, SARS, and Nipah.

Think of Facebook as a metaphor for the complex networks of interacting molecules in a living cell.

Much has been written about the benefits that dogs bring to our lives. Erica Feuerbacher’s mission is to help humans make life better for dogs.

Large-scale, advanced high-performance computing, often called supercomputing, is essential to solving both complex and large questions.

The Virginia Tech Board of Visitors got an inside look at the Institute for Critical Technology and Applied Science, a research institute that has played a supporting role in some of the university’s most celebrated initiatives.

For those students have the skills and to write and then well there is an inherent human and responsibility to support and to share the knowledge with the people and in the world.

Every year, Apple unveils a new iPhone complete with a longer-lasting battery. In the newest model, Apple touts the battery in the iPhone XS Max lasts up to 1.5 hours longer than the iPhone X, which debuted less than a year ago.