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About

Dr. Junbin Yu is a leading innovator in flexible electronics and tactile sensing, whose work is redefining how machines perceive touch. His research centers on developing high-performance, biomimetic sensors for pressure, strain, and multidimensional force detection, with a focus on overcoming the limitations of sensitivity, resolution, and fabrication complexity. Yu’s most influential contribution is his 2019 work on a high-resolution flexible sensor array based on PZT nanofibers (36 citations), which demonstrated a scalable approach to mimicking human skin for precise pressure distribution mapping. He further advanced the field with a porous fiber paper-based piezoresistive sensor (18 citations) for physiological signal monitoring, and a bionic tentacle sensor (11 citations) enabling autonomous obstacle avoidance through multidirectional force sensing. His 2025 study on a triboelectric tactile sensor for material classification and roughness recognition (10 citations) showcases his push toward intelligent, context-aware sensing. With over 85 total citations across his top papers, Yu’s work is foundational for next-generation human-machine interfaces, soft robotics, and wearable health monitors, establishing him as a key figure in the evolution of flexible, sensitive, and practical electronic skin technologies.