Once the team made MuMuTAs work, they used five of them to actuate multi-jointed fingers in a robotic hand.

This groundbreaking prosthetic hand from Johns Hopkins features neuromorphic tactile sensors, enabling naturalistic grip and ...

Johns Hopkins University engineers have developed a pioneering prosthetic hand that can grip plush toys, water bottles, and ...

"The human hand isn't completely rigid or purely soft -- it's a hybrid system, with bones, soft joints, and tissue working together. That's what we want our prosthetic hand to achieve.

The science and technology publication American Scientist wrote about the "record-breaking, 10-inch-long whopper of a ...

In a newly published study in Science Advances, the research team has developed what they’re calling a “natural biomimetic prosthetic hand” that blends rigid and soft materials while adding ...

The new prosthetic hand design combines layers of sensors with a hybrid robotic structure and machine learning algorithm that reads neuromorphically encoded signals to achieve human-like capabilities.

A team of engineers has recently created a breakthrough prosthetic hand that can deftly handle everyday objects.

Video allegedly taken at a Switzerland protest against U.S. President Donald Trump circulated online in March 2025, with ...

Credit: Sriramana Sankar / Johns Hopkins University Johns Hopkins University engineers have created a new kind of bionic hand that can sense what it touches and grip objects just like a human hand.

The hand is made of a 3D-printed plastic base, with tendons of human muscle tissue which move the fingers. Until now, biohybrid devices have typically been on a much smaller scale (about 1 ...