Rapid development of flexible pressure sensors is indispensable in electronic skin to have
the sensing capability to static and dynamic pressures. Besides high sensitivity and low …

High-performance flexible pressure sensors are critical to realizing electronic skin and
wearable devices. It is the persistent pursuit of researchers to develop more sensitive …

Flexible pressure sensors with broad linearity range and excellent sensor‐to‐sensor
uniformity have attracted unprecedented attention in the electronic skins, human–machine …

Soft piezoresistive pressure sensor is an important component for next generation flexible
electronics. Micropatterning of such sensors significantly improves the pressure sensitivity …

In the era of the Internet of Things, there is an increasing demand for specialized self-
powered sensors owing to extensive applications involving an enormous number of …

Flexible, highly sensitive, easy fabricating process, low-cost pressure sensors are the trend
for flexible electronic devices. Despite the tremendous progress in recent years, it is still …

To meet the growing demand for self-powered pressure sensors that can be used to detect
both dynamic and static forces, this study presents a self-powered pressure sensor driven by …

Force sensors made of a polymer material with soft characteristics have application potential
in the fields of soft robotics, exoskeletons, and human motion measurement. However, the …

With the aid of different types of mechanoreceptors, human is capable of perceiving stimuli
from surrounding environments and manipulating various objects dexterously. In this paper …

Recently, numerous artificial tactile systems have been developed to mimic human tactile,
employing force sensors in combination with external memory and computing units …