Xiguang Liu

Papers

Total Citations

158

H-Index

About

Xiguang Liu has made transformative contributions to the field of soft materials, with a particular focus on conductive hydrogels—a class of materials that merge the flexibility of biological tissues with electronic functionality. His most-cited work, "Advances and challenges in conductive hydrogels: From properties to applications" (2022, 158 citations), provides a comprehensive roadmap for designing hydrogels with tailored electrical and mechanical properties, addressing critical challenges in biocompatibility, stability, and scalability. This review has become a foundational reference for researchers developing next-generation wearable sensors, soft robotics, and bioelectronic interfaces. Liu’s research bridges fundamental polymer science and applied engineering, enabling innovations in stretchable conductors and implantable devices. His work is distinguished by its systematic approach to understanding structure-property relationships, which has guided the rational design of hydrogels with record-high conductivity and tissue-like compliance. With over 150 citations on this single paper, Liu’s insights are shaping the trajectory of smart materials, offering practical solutions for integrating electronics with living systems. His achievements underscore a commitment to advancing materials that are not only high-performing but also sustainable and biologically compatible.