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Functional Micro-Defect Modified Plasma-Induced Physical Unclonable Function Wrinkle Labels Exhibiting Dual-Mode Luminescence and Angle-Tunable Structural Colors

Authors: Shiyu Deng; Yan Li; Jinyue Xie; Ye Tian; Huan Tang; Ziyu Chen; Yanyan Li; Feng Song; Wei Huang

DOI: 10.1007/s40843-025-3752-0Status: Verified Translated Edition
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Key Findings in This Report

• • Wrinkle wavelength tunable from 6.1 to 25.0 μm via orthogonal modulation of plasma power, pressure, and time, enabling precise control over optical properties for anti-counterfeiting applications. • • Cryptographic performance metrics: uniformity close to 0.5, Shannon entropy close to 1, and inter-/intra-label Hamming distance approximately 0.5, ensuring high unpredictability and uniqueness of PUF labels. • • Environmental stability: similarity >84% after storage at 2°C and 50°C for 48 h, demonstrating robustness for real-world deployment in varied climates. • • Dual-mode luminescence from UCNPs and RE-MOFs provides full-spectrum emission, enabling spatially segmented fluorescence for multi-level security and easy verification with simple optical equipment.