Stretchable hydrogels as landmark soft materials have been efficiently utilized in the field of
wearable sensing devices. However, these soft hydrogels mostly cannot integrate …

Ionic conductive hydrogels have attracted much attention in artificial electronic skins and
wearable strain sensors. However, most of the hydrogel-based sensors exhibit poor …

Conductive hydrogels have shown great potential in the field of flexible strain sensors.
However, their application is greatly limited due to the low conductivity and poor mechanical …

Stretchable and biocompatible hydrogel-based strain sensors have been considered as
promising candidates for flexible wearable electronics in the light of their properties being …

Conductive hydrogels with multifunction have received significant attention in the field of
wearable electronic devices, especially in strain sensors and pressure sensors. The high …

Conductive hydrogels can be prepared by incorporating various conductive materials into
polymeric network hydrogels. In recent years, conductive hydrogels have been developed …

Flexible and wearable sensors are fast establishing their status as go‐to devices for human
motion detection. A bacterial cellulose‐reinforced hydrogel is fabricated through a facile and …

The rapid development of wearable electronic devices and virtual reality technology has
revived interest in flexible sensing and control devices. Here, we report an ionic hydrogel …

A conductive, elastic, and biocompatible hybrid network hydrogel was prepared by cross-
linking of locust bean gum, polyvinyl alcohol, and carbon nanotubes, yielding a rough top …

Herein, we demonstrate a ternary ionic hydrogel sensor consisting of tannic acid, sodium
alginate, and covalent cross-linked polyacrylamide as skin-mountable and wearable …