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Researchers at Duke Quantum Center track charge pairs as they emerge and spread, revealing dynamics hidden inside a simplified gauge theory.

Duke University received a $24 million award from the U.S. Army Combat Capabilities Development Command Army Research Office to develop the foundational science required to engineer and build systems to counter unmanned aerial attacks.

Emily Wenger provides insights into how generative AI seems to be homogenizing culture and cognition.

Instead of attempting to launch one enormous antenna, a project pursued by David Smith looks to transport relatively small modular components into orbit.

Amanda Randles's HARVEY platform leverages supercomputing, physics-based simulations,and wearable device data to monitor real-time hemodynamics and spot heart failure early.

Research from Emily Wenger showing that LLMs tend to congregate around the same creative ideas supports the hypothesis that AI is incapable of making creative leaps in science and research.

Sharon Gerecht's laboratory has constructed an in vitro model to study the inner blood–retina barrier.

Jessilyn Dunn weighs in on the Solaris project, which will use data from wearables to study physiological responses during the August 12 total solar eclipse in Spain

Neil Gong and industry partners found that 1% of resumes submitted to an online recruitment company contained hidden instructions designed to manipulate AI hiring systems.

Backed by more than $7 million in seed funding, a Duke University spinout is hoping to launch a new generation of satellite cameras into space in the next few years.

Tatiana Segura's lab has developed an injectable biomaterial that helps transform the cavity left behind after a stroke caused by a blood clot into an environment more supportive of repair.

Cynthia Rudin says black box AI does not have to be complex or opaque to work well and provides several examples.