It is made up of three compounds mixed together to form a matrix of nanoparticles that, when it is cut in two, adding those compounds can allow the e-skin to heal itself by recreating the bonds that holds together the "skin". The e-skin can also heal itself if it's torn apart.
Indeed, an electronic skin, perceived as e-skin, is a thin, translucent material that can mimic the function and mechanical characteristics of human skin.More news: AbbVie Inc (ABBV) Shares Sold by JNBA Financial Advisors
A few sorts and sizes of wearable e-skins are at show being delivered in labs around the globe as analysts distinguished their utilities generally going from mechanical autonomy and prosthetic improvement to better biomedical kinds of gear.
Scientists are working on what is called e-skin, which has implications for not only robotics but prosthetics and augmented reality.. If e-skin suffers major damage that can't be self-repaired, it can be soaked in a solution that "liquefies" it so that the materials can be reused to make new e-skin. One created in Europe allows users to manipulate virtual objects without touching them, by using magnets. More news: Could a North Korean athlete defect to South Korea during the Olympics?
Perhaps e-skin's most remarkable application-or its most disconcerting, depending whom you ask-is in robotics. All these circuit boards, transistors, and hard drives can contain toxic chemicals that need to be disposed of properly.
Jianliang Xiao, assistant professor in CU Boulder's Department of Mechanical Engineering and lead creator stated, "Numerous individuals know about the motion picture The Terminator, in which the skin of film's primary lowlife is "re-recuperated" seconds in the wake of being shot, beaten or keep running over". This revolutionary electronic skin could help scientists to make eco-friendly electronic devices in future. The process takes about 30 minutes at 60 degrees Celsius, or 10 hours at room temperature.More news: 3rd Women's ODI: India lose to South Africa by 7 wickets
The following is an excerpt from Wikipedia on some recent technological advances involving e-skin. Although not electronic, this microfluidic skin can enable electronic skin to have improved skin grip with slight sweating, similar to how human palm and finger tips expel small amounts of eccrine sweat during gripping. But for robots that physically interact with humans, e-skins are very important to provide sensing and feedback of touching, holding and monitoring. Although many different e-skins are being prepared all over the world, no one could come up with the recycling properties of e-skin.
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