Stretchable electronics have seen substantial development in skin-like mechanical
properties and functionality thanks to the advancements made in intrinsically stretchable …

Stretchable electronics made from intrinsically stretchable materials have garnered a great
deal of attention for future human-friendly electronic applications due to their exceptional …

Flexible temperature sensors show great potential in human health monitoring. However,
sensitive materials and substrates of the reported temperature sensors have weak …

High‐performance sensors with outstanding sensitivity, wide working range, and
multifunctional properties are highly desirable in modern integrated smart wearable …

Pressure and temperature sensing simultaneously and independently is crucial for creating
electronic skin that replicates complex sensory functions of human skin. Thin-film transistor …

Soft sensors that emulate the modulus of human skin have shown significant potential for
wearable sensing applications by ensuring robust, conformal contact that enables the …

Recently, mechanically deformable displays, such as flexible, foldable, rollable, and
stretchable displays, have received considerable attention due to their broad range of …

To propel electronic skin (e-skin) to the next level by integrating artificial intelligence features
with advanced sensory capabilities, it is imperative to develop stretchable memory device …

This paper reports the utilization of cost-effective bottom-contact electrodes composed of
aluminum (Al) and titanium (Ti) to facilitate efficient electron injection in n-channel organic …

Stretchable phototransistors represent a crucial component in the development of skin-
inspired optoelectronics. Although there have been significant advancements in the …