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Amanda Randles simulates blood flow at the level of individual red blood cells, sometimes hundreds of millions of them across simulations spanning roughly 700,000 heartbeats.

Neil Gong joins other AI security experts in weighing in on whether or not it will be possible in the near future to launch a secure AI assistant that can navigate threats such as "prompt injection."

Lego-like blocks from Xiaoyue Ni let robots rewrite stiffness and motion by reprogramming solid materials in real time.

Amanda Randles explains how she uses physics-based, computationally intensive simulations to develop new ways to diagnose and treat human disease.

In this interview, Dr. Daniel Reker discusses how machine learning is improving data-scarce areas of drug discovery.

The Pratt School of Engineering received a major gift naming the Pierre R. Lamond Department of Electrical and Computer Engineering.

Neurophos is a startup spun out of ECE Professor David Smith's research.

Nanthia Suthana is one of many researchers working to understand how mammalian brains work by recording neural activity in real-world situations.

Leila Bridgeman and her team at Duke University Pratt School of Engineering are developing software that will improve upon existing techniques to ensure robust and safety-assured control for complex autonomous systems such as drones and medical robotics.

Testing in Chen’s lab at Duke shows an AI model that can identify thousands of images transmitted wirelessly with high accuracy in the blink of an eye.

Duke researchers have shown that large AI model weights can be smartly embedded in the form of radio waves delivered over the air between devices and nearby base stations, opening a path to energy-efficient edge AI without the usual cost in energy, speed or size.

Doug Nowacek dispels the myth that ocean wind farms are a major source of harm to whales and other wildlife.