The human brain performs computations via a highly interconnected network of neurons.
Taking inspiration from the information delivery and processing mechanism of the human …

Capturing human motions using wearable electronics provides tremendous opportunities for
human–machine interfaces. However, current flexible sensors are always challenged due to …

The review highlights possible research topics matching the experimental physics of matter
with advances in electronics to improve the intelligent design and control of innovative smart …

The surface buckling on elastic bilayer towards a higher tunable morphological transition
has attracted considerable interests. While there are many studies on the 2-dimensional …

Motivated by artificial intelligence, we present a novel electronic skin (e-skin) system
capable of dual-sensing pressure and temperature signals. Our approach utilizes laser …

Abstract Shear-stiffening polyborosiloxane (PBS), well-known as “silly putty”,“bouncing
putty” or “solid-liquid”, has been widely used in protective armors, sport equipment, toys and …

High‐performance flexible strain sensors are gaining more and more attention with their
bespoken detection range, excellent sensing performance, and good stability, which are …

A reliable oxide-based tungsten-doped indium-tin-oxide/tantalum oxide/titanium nitride (W-
ITO/TaOx/TiN) memristor with controllable memory states and synaptic properties for …

Materials possessing both high sensitivity and softness comparable to those of human skin
are necessary for stretchable tactile sensing by soft robots. There have been many studies …

Flexible pressure sensors with high sensitivity and outstanding mechanical reliability are
crucial for human motion detection. In this work, we fabricated a flexible pressure sensor …