Mengmeng Kang

Papers

Total Citations

147

H-Index

About

Mengmeng Kang is a leading researcher in the field of advanced functional hydrogels, with a particular focus on the intersection of mechanical toughness, electrical conductivity, and self-healing properties. Her most-cited work, "Polysaccharide-templated preparation of mechanically-tough, conductive and self-healing hydrogels" (2017), has garnered 147 citations, establishing a foundational approach for designing biomimetic materials that can withstand repeated stress while autonomously repairing damage. Kang’s major contribution lies in leveraging natural polysaccharides as structural templates, enabling the creation of hydrogels that combine high stretchability, robust conductivity, and intrinsic self-healing—a triad of properties critical for applications in soft robotics, wearable electronics, and tissue engineering. Her innovative methodology has inspired subsequent studies on bio-inspired materials, bridging the gap between synthetic polymer chemistry and natural biopolymer functionality. By demonstrating that polysaccharide networks can simultaneously impart mechanical resilience and electrical functionality, Kang has opened new avenues for sustainable, high-performance soft materials. Her work continues to influence researchers seeking to design next-generation hydrogels that are not only durable and conductive but also capable of autonomous repair, making her a notable figure in the advancement of smart, responsive materials.