Biomedical Engineer Jessilyn Dunn is standing against the threat of disease with the powers of wearable technology.

Researchers at Duke University have implemented a quantum-based method to observe a quantum effect in the way light-absorbing molecules interact with incoming photons. Known as a conical intersection, the effect puts limitations on the paths molecules can take to change between different configurations.

It’s an old story: Pathogen sickens humans. Humans create medicine. Pathogen evolves a way around the medicine. Humans are back to square one.

After fleeing Iran, Vahid Tarokh uses his “extraordinary mind” to explore connections

Using artificial intelligence in health care is a bit like mining for gold on a mine field, according to Michael Pencina, PhD, a professor in the Department of Biostatistics and Bioinformatics at Duke's School of Medicine.

Pardis Emami-Naeini joined Duke in Fall 2022 as an Assistant Professor of Computer Science and a Duke Science and Technology Scholar. Her research rests at the intersection of security, privacy and human-computer interaction.

Data is everywhere.

How do you build the perfect cage for something you can't see? Ask Norbert Linke, assistant professor in the Department of Physics.

If you ask Duke physicist Natalie Klco, most computers in use today get nature all wrong.

Opportunities for three postdoctoral scholars could impact hundreds thanks to a new postdoctoral fellowship program led by Nicki Washington, professor of the practice of Computer Science and Gender, Sexuality & Feminist Studies, Shaundra Daily, professor of practice of Electrical and Computer Engineering and Computer Science and Eduardo Bonilla-Silva, James B. Duke Distinguished Professor of Sociology.

The Duke Quantum Computing Center wants to go where no computer has gone before.

Duke's Amanda Randles is increasing successful outcomes for patients by modeling their hearts with supercomputers.

Through statistics, Duke's Amy Herring is changing what we know about chemical exposure, uncovering adverse health outcomes for pregnant women and their babies.

Duke's Center for Computational Thinking enables computational education throughout the university.

Duke's Vahid Tarokh is using machine learning to predict catastrophic events before they occur.

At Duke, we can't begin to count ourselves among the greatest without changing the systems that prevent all of us from rising.

Born from a 15-year-long collaboration between Duke University faculty members in engineering and physics, IonQ will become the first publicly traded company focused solely on quantum computing.

Cynthia Rudin is pushing the field of artificial intelligence.

AI and the democratization of healthcare

Duke is building a world-class team for the quantum computing race.

As new technologies emerge, security has to catch up.

New faculty member Maria Gorlatova is distributing data processing across connected devices to make them smarter, smaller and more efficient.

The center will elevate computing research while adding learning and practical application across campus.