Developing ultrathin and transparent pressure-sensing films using cellulose/nanowire nanocomposites (CNNs)

Due to the nanostructured surface of CNNs, showing ultrahigh sensor sensitivity, great linearity, and cyclic reliability

Ultraflexible electroluminescent skin comprising CNNs as a pressure sensing layer and QLED as an electroluminescent layer

Mechanical conformability from an ultrathin design significantly enhancing the transfer of the spatial pressure

Super-resolution & real-time analog imaging of pressure distribution over 3D surfaces without pixel structures (spatial resolution > 1000 dpi and time resolution < 1 ms)

Novel smart force touch interfaces capable of identifying the user information by detecting pressure distribution arising from a fingerprint