Jie Yuan

Minzu University of China, Southeast University

Papers

Total Citations

431

H-Index

About

Jie Yuan is a leading researcher in advanced functional materials and intelligent nano-micro devices, with a focus on electron transport, dipole polarization, and multifunctional microsensors. Their most cited work, a 2020 study on variable-temperature electron transport and dipole polarization (426 citations), introduces a groundbreaking flexible microsensor that responds beyond conventional electrical and optical energy, addressing critical challenges in electromagnetic interference amid the rise of artificial intelligence, quantum computing, and virtual reality. This contribution positions Yuan at the forefront of next-generation sensing technologies for big data and smart systems. Additionally, Yuan has explored human motion simulation using inertial motion capture, integrating Bezier curves and OpenGL to create realistic virtual body models for animation and biomechanics. With over 430 total citations, Yuan’s research bridges fundamental physics and practical device engineering, offering transformative solutions for flexible electronics and human-machine interfaces. Their work is essential for students and researchers advancing intelligent systems and energy-adaptive materials.