Weifeng Zhang

Papers

Total Citations

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About

Weifeng Zhang is pioneering the next generation of bio-inspired electronics, with a core focus on stretchable 2D materials and artificial neural interfaces. His most celebrated work, the "Stretchable MoS₂ Artificial Photoreceptors for E‐Skin" (2021, 34 citations), introduced a groundbreaking strategy to overcome the rigidity of traditional 2D materials, enabling highly stretchable, light-sensitive devices for electronic skin applications. Building on this, Zhang developed "Electronic tattoos based on large-area Mo₂C" (2023, 18 citations), a chemical vapor deposition-grown material that delivers imperceivable, high-fidelity electrophysiological sensing—pushing wearable healthcare toward truly unobtrusive human-machine interfaces. His most recent achievement, the "Paraffin-Enabled Superlattice Customization for a Photostimulated Gradient-Responsive Artificial Reflex Arc" (2024), demonstrates a novel, programmable neural circuit that mimics light-driven motion reflexes, offering transformative potential for robotic perception and autonomous navigation. With a rapidly growing citation impact, Zhang is recognized for merging materials science with neuromorphic engineering, creating devices that are not only flexible but functionally intelligent. His work stands at the forefront of soft robotics and next-generation wearable technology.