The aim of our research group is to develop the high performance flexible and stretchable electronic systems using unusual classes of inorganic semiconductor materials in forms of micro/nanoscale ribbons, wires and platelets. Currently, we are exploring integration methods including dry transfer techniques for patterning nanomaterials onto flexible substrates and top down approach to generate high-quality semiconductor nanomaterials. This versatile technology could provide interesting opportunities for developing next generation electronic devices such as roll-up portable displays and sensitive skins for aircraft and robotic systems that would be impossible to achieve using current techniques.
#High speed flexible display using active matrix single-crystal TFT #3D #heterogeneous integrated circuits by use of printable semiconductor nanomaterials #Stretchable circuit system for wearable and electronic skin sensor
