An cuticular electronic system (EES) could be a discovery that would modification the planet of physics forever, blurring the borders between physics and biology. The team of researchers light-emitting diode by the engineers John Rogers and Todd Coleman have recently developed EES, associate electronic circuit mounted on your skin, designed to require input from the movements of your body. once this electronic equipment is fitted on a skinny, rubber substrate with elastic properties just like skin, the result's a versatile patch that may bend and twist, or expand and contract while not influencing electronic performance. The patch (comprised of the electronic equipment and rubber substrate) is initial mounted on a skinny sheet of soluble plastic, then applied to the skin with water sort of a temporary tattoo. Researchers demonstrate the concept’s practicality during a wide selection of electronic elements, as well as biometric sensors, LEDs, transistors, frequence capacitors, wireless antennas, conductive coils and star cells for power. the foremost promising applications for the new technology is within the field of medication. consistent with Rogers, the electronic skin has already been shown to observe patients’ health measurings as effectively as conventional; the preciseness of the measurement is adequate to the most effective existing technology. The patches EES ar already scarcely noticeable, however once mounted directly onto a brief tattoo, for instance, any proof of electronic electronic equipment disappears.