The soft pressure sensor is a very important element in flexible wearable devices. Its
advantage is that it can adapt to curves and deformed surfaces, and it is widely used in …

Currently, stretchable and conductive hydrogels have attracted considerable attention
because of promising applications in the area of flexible electronic skins. However …

Hydrogel-based wearable sensors have attracted tremendous attention in the sensing
electronics field due to their unique properties. However, integrating hydrogel sensors with …

Hydrogel-based electronics have attracted substantial attention in the field of biological
engineering, energy storage devices, and soft actuators due to their resemblance to living …

Stretchable conductive materials, a critical building block of soft electronics, typically require
multiple components that synergistically contribute good mechanical, electrical, and …

Ionic conductive hydrogels with advantageous mechanical properties and high stretchability
attract much attentions in wearable electronic devices. Here, a freezing-tolerant hydrogel …

We propose an integrated, self-powered, flexible electronic skin device containing an
alginate-derived polymer dot (A-PD)-incorporated mineralized hydrogel-based energy …

For advanced conductive hydrogels, adaptable mechanical properties and high conductivity
are essential requirements for practical application, eg, soft electronic devices. Here, a …

As a kind of typical soft and wet material, hydrogel has been increasingly investigated as
another way to develop flexible electronics. However, the traditional hydrogel with poor …

Flexible wearable strain sensors based on hydrogels have become a research hotspot in
recent years due to their advanced application in many fields. Currently, most hydrogel …