When AI-powered prosthetic arms that move autonomously become widespread, understanding how people feel about them and accept ...

A virtual forearm can bend in a blink. It can also take its time, easing toward a target as if it is thinking about the move.

The way we understand the movement of our own bodies plays an important role when learning physical skills, from sports to ...

As AI powered prosthetic arms become more advanced, a surprising detail could determine whether they truly feel like part of the body: how fast they move.

Your brain might be lying to you about your new robotic leg. New research shows that users often think they're walking much better—or worse—than they actually are.

A robotic arm that moves too quickly can feel creepy. One that moves too slowly feels awkward and unhelpful. In a VR study, researchers found that AI-powered prosthetic arms were best accepted when ...

Researchers have developed a new algorithm that combines two processes for personalizing robotic prosthetic devices to both optimize the movement of the prosthetic limb and - for the first time - also ...

The way we understand the movement of our own bodies plays an important role when learning physical skills, from sports to dancing. But a new study finds this phenomenon works very differently for ...

Researcher Helen Huang holds a robotic prosthetic leg. Huang and colleagues have developed a new algorithm that combines two processes for personalizing robotic prosthetic devices to both optimize the ...

Advanced electronic sensors and circuitry combined with computer modeling and simulation are two of the leading technologies driving developments in robotic control technology for bringing specialized ...

When AI powered prosthetic arms that move autonomously become widespread, understanding how people feel about them and accept them will be crucial. In ...

Robots are quietly entering operating rooms across the world. More than 10 million robot-assisted procedures have already ...