Skin-Inspired Electronics from Organic and Carbon Nanomaterials

Organic and carbon nano materials are attractive for low cost electronic units for electronic skin as well as medicinal, food storage, and environmental monitoring applications.
The ability to couple the sensory electrical output with on-chip signal processing can overcome the need for bulky, expensive equipment typically required for most optical detection methods.
In this talk, I will present recent progress in materials design to enhance charge transport properties and to enable high performance large area solution coated flexible and stretchable transistors and sensors. Finally, the applications of these materials and devices for skin-inspired sensors will be presented.