A team of engineers has developed a groundbreaking computer model that captures the complex muscle structure of an octopus ...

The robot arm grabs the cleaning sponge and cleans the surface. It doesn’t do a fantastic job, but it does work on the task.

Their high-fidelity computational model is a milestone both in biology, where it can help explain the octopus's impressive capability, and engineering. "The computational model is a useful testbed for ...

Through brain implants, neural interfaces and skin grafts, researchers are starting to restore sensation for paralysed or ...

This project will heavily rely on the Maixduino Kit to manage all edge AI functions, including object detection, voice ...

When it comes to joint replacement surgery, people often worry about a lengthy recovery and discomfort associated with ...

In order to continuously upgrade and improve charging services and solve the problem of "the last mile of charging", the ...

Scientists study octopus arm mechanics to develop robotic systems with advanced flexibility and control capabilities.

That’s a far cry from a robotics arm in a warehouse taking things off a shelf, and those two startups are not the only ones ...

This new self-learning robotic arm could be the future of robotic butlers, and it could even teach other robots the things it ...

A research team has recently published a study titled "Topology, dynamics, and control of a muscle-architected soft arm," in ...

Designing an energy-efficient robot is just as important as its movement capability. Many animals for instance have ...