Papers
4
Total Citations
52
H-Index
4
About
Jianwen Zhao is an emerging researcher working at the dynamic intersection of flexible electronics, neuromorphic computing, and soft robotics. His most recognized contributions lie in the development of brain-inspired synaptic transistors, particularly leveraging single-walled carbon nanotubes (SWCNTs) as the functional backbone of flexible, olfactory-mimicking neuromorphic devices. His 2021 work on flexible printed SWCNT olfactory synaptic transistors, which has garnered 25 citations, demonstrated the feasibility of synchronous sensory recognition and signal processing for wearable and robotic applications—a significant step toward artificial electronic skin. Building on this foundation, Zhao expanded into multisensory neuromorphic systems, designing carbon nanotube thin film transistor arrays capable of olfactory-visual bimodal recognition, reflecting a growing ambition to replicate human sensory integration in AI-driven hardware. Beyond neuromorphic electronics, Zhao has diversified into soft robotics, contributing to extensible hybrid-driven continuum robot design and flexible dielectric elastomer sensor fabrication. Together, his body of work, accumulating over 50 citations in just a few years, positions him as a versatile and productive contributor to next-generation human-computer interaction technologies and intelligent flexible systems.
Research Focus
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Top Papers
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