electronic skin

New electronic skins can wrap around the robot's hand, helping to accurately sense pressure and identify objects in conditions as cold as minus 78 degrees Celsius.

Scientists have successfully developed an artificial tactile system that can be used in creating prosthetic hands, helping robots have the ability to feel like humans.

Recently, scientists have made a big step in the development of electronic skin integrated with artificial hair.

The Israeli Institute of Technology (Technion) said on June 11 that Israeli researchers have successfully developed artificial skin that can restore itself.

New types of electronic leather have durable properties and low production costs, promising to bring many positive changes in the health care sector.

According to research published in Science Advances newspaper, this device is basically a thin film of integrated sensor capable of measuring pressure, temperature and humidity.

Scientists have successfully built materials that can sense pressure like human skin.

If researched and developed successfully, electronic skin will become a new hope for people with disabilities who can experience pain and feel about everything around them like

For the first time, Japanese scientists have demonstrated that an ultra-thin and flexible electronic display screen made from organic electronics does not impair tactile contact

Recently, Stanford University researchers have successfully developed an electronic device that functions as a human skin and in addition to the ability to change colors like a