Biomimetic All‐Weather Strong, Tough, and Fatigue‐Resistant Composite Organohydrogels for Electronic Artificial Ligaments

). More importantly, the mechanical performances and conductivity of the gel are well-maintained at both cold and hot conditions, thus guaranteeing the application feasibility of the gel in extreme conditions. These intriguing merits enable the gel to exhibit superior potential in cutting-edge load-bearing applications, like electronic artificial ligaments. Therefore, this study presents a model approach that extends the fundamental design principles of natural biomaterials to engineer composite gels with synergistic mechanical and functional enhancements.