Successfully Developed Electronic Skin Better Than Real Human Skin

This article examines Successfully Developed Electronic Skin Better Than Real Human Skin. It presents the main facts, practical implications, and key points in a clearer, easier-to-follow format.

Understanding Successfully Developed Electronic Skin Better Than Real Human Skin

Scientists at the University of Glasgow have successfully developed a skin type that helps the robot feel that the object it touches is no different from even a human being with. haptic feedback technology. is tactile feedback).

Professor Ravinder Dahiya and his colleagues have created a skin that can provide tactile feedback (haptic feedback) to users from silicon and graphene. This layer of electronic skin becomes very "sensitive" when touched because the thin graphene layer acts as a sensor. Extremely flexible graphene and low cost of production.

According to Professor Dahiya, " It is more important, great than human skin. "

One highlight of this electronic skin is that they use solar energy. A solar electric battery receives light just below the invisible electronic skin layer. This manipulator works automatically without the operator.

According to scientists, this type of electronic skin can be used as both prostheses and on robots. When the robot is integrated with this special electronic skin, it will help it get a new emotion that has never been before: lightness. If a robot can identify what it is holding is soft, it will be able to adjust itself without being taught.

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