Achieving stimulus-responsive room-temperature phosphorescence (RTP) materials with high practicality in a facile manner remains challenging. In this issue of Matter, Yang, Tang, Li et al. harnessed the mighty distance-sensitive Förster resonance energy transfer strategy to generate a highly efficient stimuli-responsive RTP system. Moreover, synchronous thermal printing and information encryption was unprecedentedly realized with the developed FRET-based RTP material.

中文翻译：

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老树新芽—利用强大的FRET创建刺激响应的RTP

以容易的方式实现具有高度实用性的刺激响应性室温磷光（RTP）材料仍然具有挑战性。在本期《物质》中，Yang，Tang，Li等。利用强大的距离敏感型Förster共振能量转移策略来生成高效的刺激响应RTP系统。此外，借助开发的基于FRET的RTP材料，同步热敏打印和信息加密得到了空前的实现。