Papers
4
Total Citations
42
H-Index
3
About
Haiyang Qin is pioneering the frontier of soft, bio-integrated electronics, with a focus on liquid metal hydrogels for wearable sensing and environmental monitoring. Their major contributions center on developing stretchable, conductive, and biocompatible materials that bridge the gap between soft robotics and living systems. Qin’s 2023 work on a liquid metal hydrogel for facial expression monitoring (20 citations) demonstrated exceptional sensitivity and stretchability, enabling precise, real-time motion capture. More recently, their 2025 study on a protein/liquid metal hydrogel for monitoring marine inhabitants’ health (11 citations) achieved a groundbreaking feat—detecting the traceable heartbeat of scallops with a 0.5 mm detection limit, expanding wearable electronics into aquatic biology. Qin has also advanced adhesive hydrogels for Morse code communication in polar environments and created thermal-sensitive, self-healing ionic skins with environmental stability. With a growing citation impact across these innovations, Qin’s research is not only advancing soft electronics but also redefining their application in extreme and living environments. Their work stands out for its creativity in merging materials science with real-world biological monitoring, making them a rising leader in sustainable, adaptive wearable technology.
Research Focus
Key Achievements
Top Papers
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