Abstract
Printed electronics of inorganic nanomaterials are presented as macroscale flexible devices such as artificial electronic skin, high performance transistors, and biologically inspired devices. This talk was especially focused on active components consisted of printed nanomaterials for transistors and sensors on flexible substrates. The nanomaterials were uniformly patterned over the macroscale arbitrary substrates of polymer, plastic and silicon. Inorganic semiconductor materials used mainly here allow to achieve air-stable high performance devices. The flexible devices show impressively high mechanical robustness, high mobility, high radio frequency for wireless applications, and high sensitivity of sensors. By using the printable nanomaterials, heterogeneously integrated artificial electronic skin and whiskers were also demonstrated as proof of concept.
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