Yingxin Yuan

Qingdao University of Science and Technology

Papers

Total Citations

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About

Yingxin Yuan is a rising innovator in the field of flexible electronics and bionic sensing technology. Her research focuses on developing high-performance flexible pressure sensors inspired by natural structures, with a particular emphasis on achieving exceptional sensitivity and ultra-low detection limits. Yuan’s most cited work, "Highly sensitive and low detection limit bionic flexible sensor inspired by the eggshell" (2024), introduces a novel sensor design that mimics the microstructural properties of eggshells to overcome critical limitations in wearable electronics. This contribution addresses a major challenge in the field—balancing high sensitivity with the ability to detect minute pressure changes—and has already garnered 4 citations shortly after publication, signaling strong early impact. Her work holds transformative potential for applications in robotics, human-machine interfaces, and healthcare monitoring, where precise tactile feedback is essential. By bridging bioinspiration and materials engineering, Yingxin Yuan is establishing herself as a promising voice in next-generation sensor design, with her research poised to influence both academic inquiry and practical device development.