Electronic devices that mimic the properties of skin have potential important applications in
advanced robotics, prosthetics, and health monitoring technologies. Methods for measuring …

A growing interest in deformable electronics has fueled remarkable advancement in the
area of conductive, stretchable composites suitable for use in electric circuits, interconnects …

Pressure sensing is an important function of electronic skin devices. The development of
pressure sensors that can mimic and surpass the subtle pressure sensing properties of …

Photoacoustic imaging holds great promise for the visualization of physiology and pathology
at the molecular level with deep tissue penetration and fine spatial resolution. To fully utilize …

A highly sensitive tactile sensor is devised by applying microstructured graphene arrays as
sensitive layers. The combination of graphene and anisotropic microstructures endows this …

Pressure and touch sensitivity is crucial for intuitive human‐machine interfaces. Here, we
investigate the use of different microstructured elastomers for use as dielectric material in …

Current drug-safety assays for hepatotoxicity rely on biomarkers with low predictive power.
The production of radical species, specifically reactive oxygen species (ROS) and reactive …

An electronic skin (e-skin) is comprised of arrays of pixels that function as sensing devices
for various targeted external stimuli.[1–17] It also consists of signal processing circuits …

Organic electrochemical transistors are fabricated on a poly (L-lactide-co-glycolide)
substrate. Fast and sensitive performance of the transistors allows recording of the …

Organic transistors with elastic conductors and dielectrics can be stretched up to 250%
strain while maintaining the transistor characteristics. Strain‐independent properties can be …