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Utilizing the J‐stacking of dyes to drive the assembly of amphiphilic polymers can not only construct supramolecular assemblies with novel architectures but also provide a stabilizing solution for dye J‐aggregation to promote its biomedical applications. However, tightly entangled hydrophobic segments can disrupt the orderly arrangement of dye molecules, thereby preventing dye stacking‐driven supramolecular...
The J‐aggregation of dye‐functional group conjugates, which results in intriguing photophysical properties and highly ordered structures, has several advantages over that of monomeric dyes and exhibits augmented performance compared to that of monomeric functional groups, thereby providing a novel platform for devising materials with advanced functions. Herein, it is reported that a molecularly engineered...
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