Jiyong Feng

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About

Jiyong Feng is a leading researcher in the field of flexible electronics and wearable sensor technology, with a particular focus on carbon nanotube-based systems for human-machine interaction. His most cited work, "Multi-directional strain sensor based on carbon nanotube array for human motion monitoring and gesture recognition" (2024), has already garnered 36 citations, underscoring its rapid impact. In this study, Feng pioneered a novel sensor design that leverages aligned carbon nanotube arrays to achieve high sensitivity and directional selectivity, enabling precise detection of complex human motions—from subtle finger gestures to full-body movements. This breakthrough directly addresses a critical challenge in wearable tech: the need for sensors that can distinguish multi-axial strains without crosstalk. Feng’s contributions are not merely technical; they bridge materials science and practical applications, offering scalable solutions for prosthetics, virtual reality interfaces, and rehabilitation monitoring. His work stands out for its integration of robust mechanical performance with real-time data processing, setting a new benchmark for next-generation smart textiles. As an emerging authority, Feng’s research continues to inspire innovations in soft robotics and personalized healthcare, promising to reshape how we interact with digital environments.