Jiaying Gong

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About

Jiaying Gong is a pioneering researcher at the intersection of neuromorphic engineering and bio-inspired electronics, with a primary focus on developing artificial visual systems that mimic the human retina. Her major contributions lie in creating organic heterojunction transistor-based artificial retinas capable of mobile recognition, a breakthrough that simulates how biological retinas process varying light frequencies. This work, published in 2024 and already garnering 24 citations, addresses a fundamental challenge in replicating the retina's response to dynamic light stimuli. Gong further advanced the field with her 2025 study on retina-inspired spike processing for neuromorphic color recognition, which overcomes the limitations of conventional machine vision in unpredictable environments by constructing a hierarchical bio-mimetic framework. Her research is notable for bridging the gap between biological neural processing and artificial systems, offering transformative potential for robotics, autonomous navigation, and adaptive vision technologies. By integrating organic electronics with neuromorphic computing principles, Gong is establishing herself as a rising leader in next-generation sensory systems, with her work already attracting significant attention for its innovative approach to replicating biological perception in hardware.