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About
Xiaohan Pei is a pioneering researcher in bio-inspired materials science, specializing in the design and fabrication of multifunctional metallic foams. His most-cited work, "Bio‐Inspired Multifunctional Metallic Foams Through the Fusion of Different Biological Solutions" (2014, 55 citations), exemplifies his innovative approach of merging distinct biological strategies—such as those found in lotus leaves, water strider legs, and bird wings—into a single synthetic material. This breakthrough demonstrates how nature’s diverse solutions can be fused to create metallic foams with unprecedented combinations of properties, including superhydrophobicity, buoyancy, and mechanical resilience. Pei’s contributions have significantly advanced the field of biomimetic engineering, offering a blueprint for designing materials that integrate multiple functions without compromise. His work is widely cited for its conceptual novelty and practical implications in lightweight structural materials, self-cleaning surfaces, and fluid manipulation devices. By systematically translating biological principles into engineering realities, Pei has established himself as a leading voice in sustainable, nature-inspired design, inspiring researchers to look beyond single-function biomimicry toward holistic, multifunctional material systems.
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