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Monolayer subnanometric polymersomes with ultrabroad photochromism performance for multichromatic and multimodal information security

Authors: PENGCHAO WU; ZICHAO SUN; GUODONG LI; ZEJIANG XU; PENGLIANG SUI; YUNQING CAO; MINGYU DING; YONGFENG ZHOU; SHAOLIANG LIN; HAIBAO JIN

DOI: 10.1007/s40843-025-3962-yStatus: Verified Translated Edition
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Key Findings in This Report

• • Monolayer subnanometric polymersomes (MSNPSs) achieve vesicular thicknesses of ~12.0 Å and diameters of ~250 nm, enabling ultracompact FRET architectures for high-efficiency energy transfer. • • The pc-FRET system exhibits a wide Stokes shift of ~320 nm, allowing non-invasive photo-controllable color modulation from blue to red with high spectral resolution. • • Photo-triggered trans-to-cis isomerization of azobenzene induces reversible structural transitions in vesicle diameter and thickness, providing dynamic control over FRET efficiency and color output. • • Multichromatic 2D QR codes fabricated via patterning lithography demonstrate multimodal decryption and repeatable performance, offering a robust platform for high-level information encryption.