Papers
6
Total Citations
601
H-Index
6
About
Jingwei Xie is a pioneering researcher at the forefront of soft electronics, bioelectronics, and smart materials, with a body of work that has garnered substantial recognition across the scientific community. His research spans mechanically guided 3D assembly, liquid metal–elastomer composites, bioinspired materials, and laser-assisted fabrication — areas collectively shaping the future of wearable and implantable technologies. Xie's landmark contributions include the development of laser-induced graphene for electrothermally controlled 3D assembly and human–soft actuator interaction (180 citations), and pioneering work on porous liquid metal–elastomer composites that overcome critical leakage challenges in skin-interfaced bioelectronics (131 citations). His bioinspired elastomer composites with programmable mechanical and electrical anisotropies (92 citations) draw elegantly from biological tissue architecture, while his phase-separated nanocomposites achieving ultralow percolation thresholds (90 citations) represent a breakthrough for wireless bioelectronics. Beyond electronics, Xie has advanced 3D nanofiber scaffold fabrication for biomedical applications, demonstrating a rare versatility across disciplines. With cumulative citations exceeding 600 across his most recognized works alone, his research is reshaping how scientists design materials at the intersection of biology, electronics, and mechanics — making him an essential voice in next-generation biointegrated technologies.
Research Focus
Key Achievements
Top Papers
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