A commercial robotic leg could potentially benefit both higher- and lower-mobility amputees, University of Michigan roboticists have shown for the first time. Subscribe to our newsletter for the ...

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 ...

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 ...

A commercial robotic leg could potentially benefit both higher- and lower-mobility amputees, University of Michigan roboticists have shown for the first time. The leg provided the largest gains when ...

Add Yahoo as a preferred source to see more of our stories on Google. VR tests show autonomous prosthetic arms feel most “yours” when they move at human-like speed, about a 1-second reach. (CREDIT: ...

American scientists used state of the art artificial intelligence to "fine-tune" the robotic prosthesis and improve manual dexterity. They say the breakthrough will make everyday tasks - such as ...

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 ...

Stretchable, transparent electronics that can bend, roll, and even mimic human skin are moving ...

Fergal Mackie, 28, founded of Edinburgh-based Metacarpal in 2020, which develops fully mechanical prosthetic hands.

As technology improves, researchers slowly bridge the gap between prosthetics and human limbs: Scientists have developed a prosthetic hand that lets users feel temperatures and bionic legs that move ...

A commercial robotic leg could potentially benefit both higher- and lower-mobility amputees, University of Michigan roboticists have shown for the first time. The leg provided the largest gains when ...

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. In a new virtual reality study, both extremes felt wrong. When a ...