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About

Xiaocen Duan is a rising researcher at the forefront of bioinspired soft materials and interfacial mechanics, with a focus on designing smart adhesives that mimic biological systems. Her most impactful work introduces "catch bond-inspired hydrogels," which replicate the counterintuitive mechanochemical behavior of biological receptor-ligand bonds—where adhesion strength paradoxically increases under higher loading rates. This breakthrough, published in 2022 and garnering 20 citations, demonstrates repeatable, loading rate-sensitive specific adhesion, offering transformative potential for biomedical adhesives and soft robotics. Duan further advances the field through her investigations into electroadhesion hydrogels, using digital image correlation to unravel how hydrated ion diffusion governs interfacial adhesion and failure mechanisms. Her work on natural extracts-mediated, electrically responsive bioglues (2022, 3 citations) highlights her commitment to sustainable, stimuli-responsive materials. By bridging fundamental mechanochemistry with practical adhesion engineering, Duan’s research not only deepens our understanding of dynamic interfacial bonding but also paves the way for next-generation smart adhesives that can adapt to mechanical cues. Her growing citation record underscores her emerging influence in soft matter physics and bioinspired materials science.