Researchers at the Hong Kong Polytechnic University and other institutes in China recently developed a new intrinsically permeable, 3D integrated and flexible electronic skin. This e-skin ...

Electronic skin operates through the integration of sensors and circuits on a flexible substrate, converting external stimuli into electrical signals. Advances in materials science have enabled e-skin ...

(Image: Min Ku Kim, Purdue University) Electronic skin generally refers to a broader category of flexible, stretchable electronic devices that mimic the properties of human skin. E-skin can be used ...

His group (Bendable Electronics and Sustainable Technologies (BEST)) conducts research in flexible printed electronics, electronic skin, and their applications in robotics, prosthetics ...

"Our method brings us closer to a future where electronic devices are not just flexible, but seamlessly integrated into our clothing and even our skin, enhancing both comfort and functionality ...

Such devices uniformly, softly adhere to the surface of the skin, collecting the person’s vital signs ... at the University of Pennsylvania suggested that these flexible electronic systems could be ...

“Our method brings us closer to a future where electronic devices are not just flexible, but seamlessly integrated into our clothing and even our skin, enhancing both comfort and functionality,” says ...