A new artificial skin, defined in the press release as a “sophisticated self-recognition mechanism,” was produced by a group of EPFL researchers.
This new artificial skin, thanks to its tactile feedback that transforms into pressure and vibration, would “immediately” adapt to movements as soon as it is attached to the fingers or hands. These sensors continuously measure even small deformations of the skin so that the sense of artificial “touch” is as realistic as possible.
In addition to improving rehabilitation in the medical field, this artificial skin could be used in virtual reality and in human-computer interfaces in general. In the longer term, such artificial skin could also be used for robots.
It is equipped with sensors and actuators and is soft and flexible. This makes it easy to “wear” as it adapts to the shape of the hands and wrist. This is the first artificial skin equipped with both sensors and actuators and, according to Harshal Sonar, the main author of the study presenting this skin and published on Soft Robotics, completely soft.
The skin created by the researchers is a prototype, but now they are working on a new model that can be fully worn and also tested for neuroscientific studies where this skin can be used to stimulate the body to study brain activity through magnetic resonance.
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