Research
Stretchable electronics
Stretchable electronics
Modern electronic devices are mostly made on rigid and brittle substrates like silicon wafers. However, in many Internet-of-Things and biomedical applications, we prefer the active electronics to be flexible or even conformal on irregular surfaces such as human body. We develop new materials and associated processing techniques to achieve this target.
Modern electronic devices are mostly made on rigid and brittle substrates like silicon wafers. However, in many Internet-of-Things and biomedical applications, we prefer the active electronics to be flexible or even conformal on irregular surfaces such as human body. We develop new materials and associated processing techniques to achieve this target.
Organic transistor memory
Organic transistor memory
OFET-memory devices have combined the charge stored in additional gate dielectric layers with the switching behavior of transistors Thus, it could enable easy integration with peripheral driver circuits and efficient charge transfer and trapping within fast programming/erasing time, as well as stable retention and reliability. The data storage capability of ONVMs can be broadly applied to various electronic components, such as near field communication or radiofrequency identification tags, wearable devices, and disposable sensors, at which either short product information or a user file is required to be stored in each product.
OFET-memory devices have combined the charge stored in additional gate dielectric layers with the switching behavior of transistors Thus, it could enable easy integration with peripheral driver circuits and efficient charge transfer and trapping within fast programming/erasing time, as well as stable retention and reliability. The data storage capability of ONVMs can be broadly applied to various electronic components, such as near field communication or radiofrequency identification tags, wearable devices, and disposable sensors, at which either short product information or a user file is required to be stored in each product.