Ruiqing Li

Papers

Total Citations

289

H-Index

About

Ruiqing Li is a leading researcher in flexible electronics and smart materials, with a primary focus on advancing flexible capacitive pressure sensors and bioinspired shape memory polymers. Their most cited work, "Research progress of flexible capacitive pressure sensor for sensitivity enhancement approaches" (2020), has garnered 265 citations, establishing Li as a key contributor to the field of wearable and soft robotics sensors. In this comprehensive review, Li systematically analyzed strategies to boost sensor sensitivity, providing a critical roadmap for next-generation tactile sensing technologies. Additionally, Li’s innovative study on "Synthesis and Properties of Multistimuli Responsive Shape Memory Polyurethane Bioinspired from α‐Keratin Hair" (2021, 24 citations) demonstrates a remarkable interdisciplinary approach. By mimicking the disulfide bond structure of α-keratin hair, Li engineered a shape memory polyurethane that responds to four distinct stimuli—water, heat, redox agents, and UV light. This work not only highlights Li’s creativity in bioinspired design but also opens new avenues for adaptive materials in biomedical devices and smart textiles. Through these contributions, Li has significantly advanced the understanding and application of responsive polymers and flexible sensors, inspiring further innovation in intelligent material systems.