Papers
3
Total Citations
23
H-Index
3
About
Feiyu Wang is a rising leader in neuromorphic engineering and bionic electronics, pioneering the integration of artificial neural circuits with self-powered systems. Their research focuses on developing bio-inspired devices that emulate complex biological functions—from fear recognition to multisensory perception—using triboelectric nanogenerators and photoelectronic transistors. Wang’s most cited work introduces an artificial fear neural circuit that can precisely identify threatening stimuli, enabling early-warning capabilities for humanoid robots and intelligent systems (10 citations). They further advanced the field by designing a self-powered multisensory neuromorphic device inspired by the inner ear’s labyrinth, which simultaneously processes auditory and rotational cues (6 citations). Wang’s contributions to flexible neuromorphic devices and circuits (7 citations) are laying the groundwork for perceptually sensitive, adaptable electronics that mimic biological neural networks. Their innovative approach to merging energy harvesting with neuromorphic computation promises to revolutionize intelligent prosthetics, robotics, and wearable sensors. With a clear trajectory toward creating truly autonomous, brain-like systems, Wang is shaping the future of bionic intelligence.
Research Focus
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