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Novel UAV platform combines custom hardware and neural networks for better pick-and-place operations

“We’ve sent the robot to make an incision before, but this is the first time we’ve done a bulk resection and taken a tumor out fully."

Simulations reveal more about folding behavior in turbulent fluid flows.

A new Johns Hopkins study investigates the source of back and joint pain with the goal of reverse engineering treatments.

Get to know Jill Middendorf, who joins Johns Hopkins as an assistant professor of mechanical engineering and director of the Musculoskeletal Tissue Engineering and Advanced Mechanics (M-TEAM) lab.

Results have implications for understanding biological systems.

In new study, researchers find that prosthesis with both haptic feedback and autonomous control allowed users to complete the tasks with greater performance and lower mental effort.

Researchers to try to figure out how Drosophila, the humble fruit fly, controls its movements so precisely and elegantly to inform the design of better robotic systems.

Breakthrough medical technology like mRNA vaccines rely on tiny nanoparticles to deliver medicine to cells. A new device will help drug manufacturers and evaluators like the FDA more precisely measure genetic payloads to evaluate drug effectiveness.

Researchers examining the mechanics of drug dissolution and the natural anatomy of the stomach found that taking a pill while lying on your right side shortens the time it takes for medicine to be absorbed.

A new system developed by Johns Hopkins researchers could monitor drug resistance in elusive cancer cells and open the door for more effective treatment options.

"Ruffle" appendages on certain cells help them sense the viscosity of fluids around them, allowing them to transform their shape to better move around.