Media Hits

At Duke University’s General Robotics Lab, a diverse team is giving robots a new sense—teaching machines to listen, move, and even learn on their own.

Amanda Randles is working to develop a vascular digital twin model that might see a heart problem before a patient shows any symptoms.

Capillary flow printing enables Aaron Franklin and his lab to print features less than a millionth of a meter for thin-film transistors.

Joel Greenberg is taking research conducted in his former lab at Duke and spinning it out into a new type of airport security scanner.

Brinnae Bent's "Disagree Bot" is specifically designed to disagree with users, offering a more authentic to examine one's arguments and ideas.

Ken Gall's startup restor3D sells customized ankle, knee, hip and shoulder joints forged by 3D printer lasers inside Research Triangle Park.

Bill Walker shares some of his experience and advice for entrepreneurs pursuing startups in the life sciences space.

Duke tech spinout restor3d, focused on personalized orthopedic implants, has raised a total of $104 million to boost its commercial plans across shoulder, hip, knee, foot and ankle replacement procedures, as it looks to launch four 3D-printed product lines by the end of next year.

Jessilyn Dunn explains why there is concern over population-wide data gathering plans from wearable devices and what could be done to protect individual privacy.

David Mitzi explains some of the challenges facing the research community trying to develop kesterite for commercial use in solar cells.

Jon Reifschneider is preparing students to harness AI's potential responsibly and recognize the human contributions that can't be replaced.

The Duke Quantum Center cleared a major NSF gate and has been awarded $2M to proceed with designing a 256-qubit trapped-ion quantum computer.