Typical vibration‐induced emission (VIE) molecules, as studied by Xiang Ma and co‐workers in article number 1800074, are graphically simplified as two butterflies with different excitation conformations: as the stretched state with red photoluminescence emission and the folded state with blue photoluminescence emission. The utilized supramolecular assembling strategy influences the specific positions of VIE molecules and works like Tai Chi to fuse the two states of VIE molecules, thus achieving a reversible photoluminescent control from red to blue.

中文翻译：

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振动诱发的发射：基于非共价相互作用锁定N，N'-二取代的二氢二苯并[a，c]吩嗪的可调光致发光，包括白光发射（先进光学材料12/2018）

正如马翔及其同事在文章编号1800074中研究的那样，典型的振动诱导发射（VIE）分子在图形上简化为具有不同激发构象的两只蝴蝶：具有红色光致发光发射的拉伸状态和具有蓝色光致发光的折叠状态排放。利用的超分子组装策略影响VIE分子的特定位置，并像太极拳一样融合VIE分子的两种状态，从而实现了从红色到蓝色的可逆光致发光控制。