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About

Yufan Feng is a rising leader in sustainable smart materials, whose research bridges bioinspired design, photoresponsive systems, and wearable electronics. His most cited work, "Lignin Powered Versatile Bioelastomer: A Universal Medium for Smart Photothermal Conversion" (2024, 55 citations), pioneers a lignin-based elastomer that efficiently converts light to heat—addressing a critical gap in sustainable photothermal materials. Feng further explores nature-inspired light responses in "Bioinspired artificial phototaxis and phototropism enabled by photoresponsive smart materials" (2025, 10 citations), demonstrating how synthetic materials can mimic biological movement. His innovation extends to scalable manufacturing with "Universal Water Transfer Printing Enables Scalable Structural Coloration of Responsive Textile Fibers for Wearable Electronics" (2025, 6 citations), which uses chiral liquid crystals to impart dynamic color to fibers for next-generation wearables. By integrating renewable resources (lignin) with advanced photonic and responsive properties, Feng’s work offers practical solutions for energy conversion, adaptive textiles, and sustainable electronics. His growing citation record and focus on scalable, bioinspired technologies mark him as a key contributor to the future of smart, eco-friendly materials.