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About

Qianbo Yu is a pioneering researcher in the field of neuromorphic engineering, with a focus on developing flexible, bio-inspired electronic systems that bridge the gap between biological neural networks and artificial intelligence. Their major contributions center on creating multidimensional, shape-morphing neuromorphic devices capable of regulation at arbitrary points, as demonstrated in their 2025 paper (32 citations), which addresses the inefficiency of physically separated neural-imitating designs. Yu has also advanced oxide semiconductor-based neuromorphic systems for extreme environment exploration (13 citations), enabling real-time perception and autonomous collaboration in space robotics. Notably, their work on monolithic synaptic devices for C-tactile afferent perception (4 citations) replicates the mechanoreceptors essential for emotional interaction, paving the way for empathetic human-robot interfaces. Additionally, Yu’s development of a neuromorphic mechanosensory skin (2 citations) represents a breakthrough in tactile sensing. With a rapidly growing citation impact, Yu’s research is at the forefront of integrating perception and action in flexible electronics, offering transformative potential for robotics, prosthetics, and human-machine interaction. Their work is essential reading for students and researchers exploring neuromorphic computing and embodied intelligence.