Wearable electronics have modernized how physiological indicators are measured, and
their potential for biomedical applications has risen. The extensive deployment of flexible …

Flexible pressure–temperature dual parameter sensors that mimic the function of human
skin show potential applications in wearable devices and intelligent robots. Simultaneous …

Recently, the health problems faced by sedentary workers have received increasing
attention. In this study, a pressure sensor based on a poly (dimethylsiloxane)(PDMS) …

Wearable devices are receiving growing interest in modern technologies for realizing
multiple on-skin purposes, including flexible display, flexible e-textiles, and, most …

With the advantages of high flexibility, multifunctional integration, and wearing comfort,
flexible tactile sensors hold great potential for application in the field of intelligent sensing …

Wearable sensing electronics capable of detecting and differentiating multiple mechanical
stimuli are promising devices in the applications of healthcare monitoring, robotics, etc …

To improve the flexibility of transparent conductive electrodes (TCEs), we designed multi-
stacked ITO/PEDOT: PSS hybrid superlattice (IxPy) films for flexible polymer-dispersed liquid …

Develo** a multimodal flexible sensor capable of incorporating multiple sensing
mechanisms in a restricted space remains difficult. In this study, we propose a unique …

Multimodal soft sensors have attracted significant attention due to their ability to
simultaneously measure multiple physical properties of objects, offering immense potential …

Anisotropic flexible pressure/strain sensors are widely used in medical testing, wearable
devices, human–machine interfaces, and robotic electronic skin due to their high flexibility …