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Robots that perceive their environment through video cameras are common nowadays, but SonicSense is a robot that uses sound to perceive and evaluate items.

Andrew Jones talks about his research on biofilms and the connections it has with math, biology, medicine, and everyday life.

Boyuan Chen is developing an open-source platform to automate walking robot design and production using AI and 3D printers.

Both students in Pratt and the Trinity College of Arts & Sciences can complete the new software engineering minor beginning in the fall.

Charles Gersbach addressed leaders of the FDA in a roundtable with other leaders from the world of cell and gene therapy, discussing the potential of genome and epigenome editing.

Duke Engineering alumnus and artist Mikael Owunna, Class of 2012, participates in an image essay and commentary, noting in "Blackness lies a sacred space where we can imagine futures rooted in love and dignity."

A research team from Duke University has created a framework called WildFusion, equipping a four-legged robot with the additional senses of vibration and touch, enabling it to build richer maps and choose safer footholds in real forests.

Biomedical researchers at Duke University have developed a computational imaging system that borrows techniques from astronomy to reconstruct 4D videos of freely moving small model organisms, like zebrafish and fruit fly larvae.

Researchers from Duke University have developed a unique framework that enables robots to perceive objects outdoors, much like humans do.

CEE Professor Andrew Jones joins an interdisciplinary team of Duke researchers working in western NC to understand what kinds of fungus might enter our homes and community buildings after climate disasters.

A team of researchers at Duke University have invented a program that uses written prompts to build personalized robots.

Christopher Monroe, who was not involved in the study, said that whether the protocol will truly have practical value will depend on subsequent research.