The article discusses the development of an electronic skin by Kim et al., which is a flexible device that attaches to the skin without adhesives or gels to monitor physiological signals. This electronic skin is made through transfer printing processes and consists of various sensors and electronics in serpentine shapes, sandwiched between protective layers. It is designed to match the mechanical properties of natural skin and can be used for health monitoring, potentially replacing bulky electrodes and wires.
documents/EFTA01120562.pdf
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