A new prosthetic hand offers strength, grasps objects with control, and detects textures, coming the closest yet to mimicking human touch. It significantly outperforms traditional prosthetics ...

Key Takeaways Johns Hopkins biomedical engineers created a prosthetic hand that can grip objects with near-human precision skill. Unlike traditional robotic hands, this bioinspired hand combines rigid ...

Researchers have developed a new type of electronic textile that could significantly enhance how robots interact with the ...

Enter the Ability Hand by PSYONIC, the world's first touch-sensing bionic hand. This innovative device is designed to restore not only movement but also sensation, helping people regain a more ...

Although robotic hands have been developed before, this new robo-finger has the ability to mimic both the feel and function of human touch.

A sense of touch This bionic finger uses touch to “see” inside human tissue, electronics Subsurface tactile tomography can detect details beneath a material's surface.

He was also able to sort metal cubes based on their differing temperatures, plus he was 80% accurate at differentiating between human and prosthetic hands when touching them while blindfolded.

Firstly, AI is already surprisingly adept at rendering accurate human faces, which are surely a more complex structure than a hand, and—well—AI can’t even get the number of fingers correct.

That’s why a hybrid robot, designed like the human hand, is so valuable—it combines soft and rigid structures, just like our skin, tissue, and bones.” ...