Carnegie Mellon's noninvasive brain technology allows users to move robotic fingers by thinking about the motion, offering new possibilities for people with motor impairments.

Researchers unveiled a new soft prosthetic hand that combines the natural coordination patterns of our fingers with the decoding of motoneuron activity in the spinal column.

The most intriguing part of this study was the “inter-manual transfer effect.” Although the exoskeleton only trained the right hand, pianists showed improvements in their left hand as well.

Robotic arms and actuators are compelling things to watch, and as popular among the maker set as they are crucial to modern industry. [kthod2000] built a design of their own, which relies on parts … ...