Fabrication of composite hydrogels can effectively enhance the mechanical and functional
properties of conventional hydrogels. While ceramic reinforcement is common in many hard …

Eutectogels, consisting of three-dimensional polymeric networks saturated with deep
eutectic solvents (DESs), present a promising option for soft ionic conductors. Instead of …

Soft materials featuring dynamic networks represent a burgeoning frontier in materials
science, offering multifaceted applications spanning soft robotics, biomaterials, and flexible …

Soft conductive gels are essential for epidermal electronics but often face challenges when
interfacing with uneven surfaces or areas with extensive hair, especially under mechanical …

Biological materials, such as bamboo, are naturally optimized composites with exceptional
mechanical properties. Inspired by such natural composites, traditional methods involve …

While conventional mechanics of materials offers a passive understanding of the
mechanical properties of materials in existing forms, a paradigm shift, referred to as …

Developing conductive hydrogels with both high strength and fracture toughness for diverse
applications remains a significant challenge. In this work, an efficient toughening strategy is …

Abstract 3D‐printed bioceramic scaffolds offer great potential for bone tissue engineering
(BTE) but their inherent brittleness and reduced mechanical properties at high porosities can …

Fluorescent polymer hydrogels (FPHs) with tunable luminous features have attracted
immense interest. Nevertheless, until now, the development of most FPHs had been …

With the advancement of flexible ionic conductors, various wearable ionic conductor-based
sensors have emerged. However, improving the sensitivity for specific targets and …