Binghua Zou

Papers

Total Citations

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About

Binghua Zou is a materials scientist whose research centers on the design and development of flexible, wearable electronic sensors for human motion monitoring and human–machine interfaces. His major contributions lie in engineering hierarchical microstructures within natural leather substrates to create high-performance strain and pressure sensors. In his most-cited work (2019, 59 citations), Zou introduced a leather-based strain sensor with a hierarchical conductive layer, achieving enhanced linearity and sensitivity for real-time motion detection. He further advanced this concept with a CNT@leather-based bidirectional pressure sensor (2020, 15 citations), demonstrating how carbon nanotube integration can enable dual-mode sensing capabilities. By repurposing natural leather—a sustainable, flexible, and breathable material—Zou’s innovations address key challenges in wearable electronics, including mechanical robustness and conformability. His work has been recognized for bridging traditional materials with cutting-edge sensor technology, offering practical solutions for health monitoring and soft robotics. With a growing citation impact, Zou’s research continues to inspire new approaches to bioinspired, eco-friendly flexible electronics.