Papers
4
Total Citations
617
H-Index
4
About
Qixiang Zhang is a materials scientist and engineer whose research sits at the intersection of flexible electronics, smart sensing, and advanced nanomaterials. Zhang has made significant contributions to the development of MXene-based flexible pressure sensors, pioneering composite structure designs that address longstanding challenges in sensitivity, manufacturability, and practical application for electronic skin, robotics, and health monitoring systems. His highly cited 2022 review on MXene's roles in pressure sensing (245 citations) established a comprehensive framework for understanding preparation strategies and sensing mechanisms, while his work on flexible MXene/bacterial cellulose sound detectors (221 citations) demonstrated novel applications in human-computer interaction beyond conventional mechanical sensing. His 2021 study on MXene/cellulose nanofiber foam sensors (136 citations) introduced a degradable, high-performance piezoresistive platform with engineered interlayer spacing, advancing both sustainability and performance. More recently, Zhang has expanded into nanofluidic ionic systems, exploring 2D conjugated metal-organic framework membranes for photoelectric conversion that mimic retinal function. Collectively, his work has garnered over 600 citations, reflecting his growing influence in wearable electronics and bioinspired sensing technologies.
Research Focus
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