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Dual-mode Förster resonance energy transfer for color-tunable and stimulus-responsive organic afterglow

Authors: Yin Zhou; Qionghui Xu; Xiaoran Guo; Yuyuan Wang; Chong An; Ting Xiang; Sinuo Geng; Yong Liu; Zhenguo Chi; Chengjian Chen

DOI: 10.1007/s40843-025-3906-2Status: Verified Translated Edition
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Key Findings in This Report

• • Achieved full-color afterglow (blue, green, orange, red, white) with ultralong lifetimes up to 2.42 s, enabling next-generation wearable displays and anti-counterfeiting. • • Dual-mode afterglow-assisted FRET efficiency reaches 99%, with acceptor lifetime up to 1.55 s, demonstrating near-unity exciton transfer. • • Polymer-based films exhibit water/thermal stimulus responsiveness and recyclability due to abundant hydrogen-bonding interactions, addressing practical durability and sustainability. • • Demonstrated applications in multicolor screen-printing and high-level information encryption, validating industrial scalability for anti-counterfeiting technologies.