Fuqiang Huang

Chinese Academy of Sciences, Shanghai Jiao Tong University

Papers

Total Citations

127

H-Index

About

Fuqiang Huang is a leading researcher in flexible electronics, nanomaterials, and energy storage systems, with a focus on developing high-performance wearable sensors and advanced battery technologies. His major contributions include pioneering work on stretchable conductors, where he engineered novel sulfur‑functionalized carbon nanotubes with graphene nanoflaps for applications in sensing, Joule heating, and electro‑thermal actuation. He also developed ultrathin Mo₂S₃ nanowire networks for breathable, high‑sensitivity piezoresistive electronic skins, enabling real‑time health monitoring and human–machine interfaces. In the energy domain, Huang introduced a molecular key strategy to tune steric‑hindrance effects, achieving a Zn (100) facet texture anode that significantly improves zinc‑ion battery performance. His work has garnered substantial attention, with his most‑cited papers accumulating over 127 citations collectively, reflecting the high impact and novelty of his research. Huang’s innovations in nanopercolation networks and nanowire architectures have advanced the fields of soft robotics, biomedical sensing, and sustainable energy storage, making him a prominent figure in next‑generation flexible electronics and electrochemical systems.