Zhengjun Li

Papers

Total Citations

503

H-Index

About

Zhengjun Li is a materials scientist whose research sits at the dynamic intersection of polymer chemistry, smart materials, and flexible electronics. His work focuses primarily on the design and development of advanced hydrogel systems for next-generation wearable and sensing technologies, with particular emphasis on multifunctional composite hydrogels capable of mimicking biological tissues in both form and function. Li's most influential contribution is his development of a sodium alginate/poly(vinyl alcohol) composite hydrogel that simultaneously exhibits self-healing, self-adhesive, and high-conductivity properties, functioning as a flexible strain sensor suitable for electronic skin and soft robotics applications. This landmark 2021 study has garnered an impressive 378 citations, reflecting its broad impact across the wearable electronics community. Complementing this work, his research on ionic conductive double-network hydrogels further addresses the persistent challenge of combining mechanical robustness with long-term sensing reliability, accumulating 125 citations and reinforcing his reputation as a leading voice in flexible sensor design. Through his sustained focus on solving real engineering challenges — particularly the integration of multiple functionalities within a single hydrogel platform — Li has made meaningful contributions that are actively shaping the future of human-machine interfaces and personal health monitoring technologies.