Ming‐Rong Zhang

Papers

Total Citations

169

H-Index

About

Ming‐Rong Zhang has pioneered the development of next-generation stretchable electronics, with a primary focus on conductive elastomers for wearable sensors and soft robotics. His most influential work, the 2020 paper "Customization of Conductive Elastomer Based on PVA/PEI for Stretchable Sensors," has garnered 169 citations, establishing a foundational approach to creating environmentally-friendly, binary networked elastomers. Zhang’s key contribution lies in engineering polyvinyl alcohol/polyethyleneimine composites that achieve exceptional strain sensitivity and conductivity while maintaining biodegradability—a critical advance for sustainable human-machine interfaces and healthcare monitoring. His research uniquely bridges polymer chemistry and flexible electronics, enabling sensors that can withstand repeated mechanical deformation without performance degradation. Beyond this landmark study, Zhang has systematically explored how molecular-level customization of elastomer networks can optimize both electrical and mechanical properties for specific applications. His work has been instrumental in moving stretchable sensors from laboratory curiosities toward practical biomedical devices, with particular impact in real-time health diagnostics and soft robotic proprioception. Zhang’s research continues to influence the design of green, high-performance materials for the next generation of wearable technology.