Hydrogel-based wearable devices and soft robotics have become a research hotspot.
However, due to hydrogels' poor anti-dehydration and susceptibility to breakage, issues of …

Flexible sensors based on hydrogels have been widely studied for their ability to detect
physiological information and provide feedback through electrical signals. However, several …

Achieving a good trade-off between high mechanical performance and long-term strain
sensing of hydrogel materials in cold environmental conditions remains a great challenge in …

Piezoelectric hydrogel sensors are becoming increasingly popular for wearable sensing
applications due to their high sensitivity, self-powered performance, and simple preparation …

Hydrogels of flexibility, strength, and conductivity have demonstrated broad applications in
wearable electronics and soft robotics. However, it is still a challenge to fabricate conductive …

Flexible strain sensors have attracted great interest in many fields, including wearable
devices, healthcare monitoring, and electronic skin. However, their non-linearity and tardy …

Rapid advances in wearable electronics and mechno‐sensational human–machine
interfaces impose great challenges in developing flexible and deformable tactile sensors …

Effectively integrating multiple properties of hydrogel materials for expanding the application
field of soft materials is highly desirable. In this work, a fast initiation system was used to …

With good flexibility and biocompatibility, hydrogel-based sensors have been widely used in
human motion detection, artificial intelligence, human–machine interface, and other fields …

Over the years, hydrogels have been extensively studied and got a lot of attraction as
wearable sensors, due to their stretchability and flexibility, however, their application of …