Hydrogels have become ideal materials in the nascent applications of tissue engineering,
soft robots, drug delivery, and so forth. However, compared with biological tissues, the …

Recently, temperature‐resistant hydrogels, hydrogels which are freezing‐and dehydration‐
resistant, have garnered considerable attention in the scientific community as they extend …

Gel-based strain sensors have great potential in the fields of motion detection and real-time
healthcare. Nevertheless, the relatively low strain sensitivity and inferior anti-freezing …

Despite the remarkable progress in efforts to fabricate flexible and wearable sensors based
on the conductive hydrogels has been witnessed in recent years, the traditional conductive …

Hydrogel-based electronics have received growing attention because of their great flexibility
and stretchability. However, the fabrication of conductive hydrogels with high stretchability …

A hydrogel electrolyte is an ideal material for flexible energy storage equipment owing to its
mechanical flexibility similar to solids and its ion transport ability analogous to liquids …

Hydrogel-based strain sensors are promising for skin-like electronics. To satisfy the various
requirements of wearable devices used for direct human contact, a hydrogel needs to …

Herein, we innovatively synthesized an ionic conductive PVA/LNP hydrogel with integrated
excellent mechanical, anti-freezing, moisturizing, transparent and UV-shielding …

Anti‐icing and icephobic materials play a crucial role in demanding applications ranging
from energy to transportation systems operating in frigid climates. Despite remarkable …

A tough double-network (DN) organohydrogel, obtained by simply soaking a poly (2-
acrylamido-2-methylpropane sulfonic acid)/polyacrylamide (PAMPS/PAAm) hydrogel in an …