Conventional robots, like those used in industry and hazardous environments, are easy to model and control, but are too rigid ...

Researchers at the AMOLF institute have created a revolutionary soft robot without electronic components that moves using compressed air.

Learning-based modeling and control of soft robots is advantageous due to neural network’s ability to capture complex dynamical effects with low computational cost. Continual Learning techniques add ...

A surreal scene unfolded in Bangkok, Thailand, on June 19 when a humanoid robot wandered over to a live pop performance at a tech event. Built by the Chinese firm Unitree, the G1 robot joined the ...

New robotic system enables surgeons to perform ‘four-arm’ operations With 24 organizations across nine countries contributing to this ambitious vision, the future of battlefield and disaster-zone ...

This arm is hidden beneath a door on the top of the Saros Z70 and extends out when it detects an item that’s in the way of cleaning. A bin is included in the box to give the robot arm a place to ...

Soon, a flexible octopus-like robot could be completely free of wires or internal electronics. Engineers at Rice University have unveiled a new soft robotic arm controlled by laser beams.

This paper describes the robot arm with a high affinity to a human arm, an increased demand for which is anticipated in welfare-related and elderly nursing fields. We used the spherical bearing and ...

How the Atom Touch prosthetic arm uses AI and muscle signals Atom Bodies’ flagship product, Atom Touch, is setting a new standard in prosthetic arms. Unlike traditional prosthetics, which often offer ...