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About

Dr. Rengjian Yu is a pioneering researcher in bioinspired neuromorphic electronics, focusing on artificial sensory systems that mimic human perception and cognition. His work integrates haptic, iconic, and motion sensing to create multisensory integration systems, with a landmark 2021 paper on an artificial multisensory integration nervous system (136 citations) that replicates how humans combine touch and sight. Yu’s contributions extend to low-voltage, solution-processed optoelectronic neurons using 2D MXene for multi-task spiking neural networks (40 citations), advancing energy-efficient neuromorphic computing. He also developed a bioinspired artificial motion sensory system for rotation recognition and rapid self-protection (40 citations), emulating the synergy between visual and vestibular cues for motion judgment. His neuromorphic display system (38 citations) bridges intelligent displays with neural architectures, while his recent work on an artificial morality basic device (2024) explores transistor-based logic for ethical decision-making in AI. With over 250 total citations, Yu’s innovations in artificial perception and neuromorphic hardware are shaping next-generation intelligent systems, offering transformative potential for robotics, prosthetics, and human-machine interfaces.