Home Uncategorized Scientists Inspired by Star Wars Develop Artificial Skin Able to Feel

Scientists Inspired by Star Wars Develop Artificial Skin Able to Feel


Singapore researchers have developed “electronic skin” able to recreating a way of contact, an innovation they hope will permit folks with prosthetic limbs to detect objects, in addition to really feel texture, and even temperature and ache.

The machine, dubbed ACES, or Asynchronous Coded Electronic Skin, is made up of 100 small sensors and is about 1 sq cm (0.16 sq. inch) in dimension.

The researchers on the National University of Singapore say it might course of info quicker than the human nervous system, is in a position to recognise 20 to 30 totally different textures and may learn Braille letters with greater than 90 % accuracy.

“So humans need to slide to feel texture, but in this case the skin, with just a single touch, is able to detect textures of different roughness,” stated analysis staff chief Benjamin Tee, including that AI algorithms let the machine be taught rapidly.

An indication confirmed the machine may detect {that a} squishy stress ball was comfortable, and decide {that a} stable plastic ball was laborious.

“When you lose your sense of touch, you essentially become numb… and prosthetic users face that problem,” stated Tee.

“So by recreating an artificial version of the skin, for their prosthetic devices, they can hold a hand and feel the warmth and feel that it is soft, how hard are they holding the hand,” stated Tee.

Tee stated the idea was impressed by a scene from the “Star Wars” film trilogy by which the character Luke Skywalker loses his proper hand and it’s changed by a robotic one, seemingly in a position to expertise contact sensations once more.

The know-how continues to be within the experimental stage, however there had been “tremendous interest”, particularly from the medical group, Tee added.

Similar patents developed by his staff embody a clear pores and skin that may restore itself when torn and a light-emitting materials for wearable digital units, Tee stated.

© Thomson Reuters 2020


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