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Near-Perfect Light-Capture Materials with High Environmental Stability

Authors: Lu Zhou; Hui-Ya Wang; Yongqiang Guo; Ming Bai; Ning Leng; Xiao-Bo Sun; Guang-Sheng Wang; Junwei Gu

DOI: 10.1007/s40843-025-3903-4Status: Verified Translated Edition
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Key Findings in This Report

• • Achieves 95.7% absorption across 190–2500 nm (UV-Vis-IR), enabling near-perfect light capture for photodetection and energy harvesting. • • Provides 99.99% effective absorption coverage up to 1997.9 GHz (microwave/THz), critical for electromagnetic interference shielding and stealth. • • Maintains morphology and phase after 365 days in acidic or alkaline environments, ensuring long-term durability for aerospace and defense. • • Multi-scale design integrating carbon-zirconium heterointerfaces into periodic unit cells enables ultra-wideband response from UV to microwave, overcoming Kramers-Kronig limitations.