Xiaojia Zhang

Chinese Academy of Sciences, Shanghai University of Traditional Chinese Medicine

Papers

Total Citations

127

H-Index

About

Xiaojia Zhang is a leading researcher in the development of smart multifunctional materials, with a primary focus on advanced pressure-sensing systems and tough hydrogels. Zhang’s most impactful contribution is the creation of a “smart matrix” that integrates a ZnO-nanowire pressure sensor with a WO₃ electrochromic display, enabling the direct visualization and recording of pressure distribution—a breakthrough for electronic skin and medical monitoring. This work, cited 73 times, demonstrates a novel fusion of the piezotronic effect with real-time optical feedback. In parallel, Zhang has made significant strides in addressing the mechanical limitations of hydrogels. Their 2022 review on design strategies for tough hydrogels (54 citations) systematically outlines approaches to enhance the strength and durability of these water-rich 3D networks, which are critical for applications in tissue engineering, soft robotics, and drug delivery. By bridging the gap between fundamental material design and practical device integration, Zhang’s work provides a roadmap for creating more robust and interactive soft materials, establishing them as a key voice in the fields of flexible electronics and biomimetic materials.