Yunlin Zhang
Papers
3
Total Citations
104
H-Index
3
About
Yunlin Zhang is a leading researcher in flexible electronics, tactile sensing, and micro/nano manipulation, whose work bridges the gap between high-performance sensors and real-world robotic and human–machine interfaces. His major contributions include the development of a hierarchical-structured conductive fabric pressure sensor that achieves both high sensitivity and a wide detection range, effectively overcoming the traditional trade-off between these two critical parameters—a breakthrough with 51 citations. He also pioneered a multifunctional self-powered electronic skin (e-skin) that integrates tactile sensing with real-time visual warning for detecting robot safety, advancing the field beyond single-mode physical force sensing (46 citations). In the realm of optical imaging, Zhang introduced a scanning liquid-immersed microsphere technique using microrobotic manipulation to achieve superresolution imaging beyond the diffraction limit, opening new avenues for real-time nanoscale observation. His work has been widely recognized for its innovation in creating practical, multifunctional sensing platforms, making him a key figure in the development of next-generation smart materials and robotic perception systems.
Research Focus
Key Achievements
Top Papers
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