Jingxia Zheng

Papers

Total Citations

134

H-Index

About

Jingxia Zheng is an emerging materials scientist whose research sits at the intersection of biomimetic engineering, smart materials, and flexible electronics. Drawing inspiration from the intricate architecture of natural biological tissues — including muscles, ligaments, and nerves — Zheng has pioneered the development of anisotropic composite hydrogels that replicate the directional properties found in living systems. Her landmark 2022 study on biotissue-inspired carbon fiber composite hydrogels (64 citations) demonstrated remarkable advances in mechanical performance, electrical conductivity, and multifunctional applications spanning logic gates, soft actuators, and ultra-sensitive sensors. Building on this foundation, her 2023 work on 4D-printed biomimetic self-sensing hydrogel actuators (45 citations) pushed boundaries further by integrating temporal shape-morphing capabilities with autonomous sensing. Zheng has also made significant contributions to wearable technology through her investigation of electrospun nanofiber sensors (25 citations), addressing critical challenges of stretchability and breathability that limit conventional rigid-material devices. Collectively, her work — accumulating over 130 citations across just three publications — positions her as an influential voice in the development of next-generation soft robotics, intelligent medical devices, and electronic skin systems.