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A chiral logic circuit is proposed based on the multiple chiroptical responsiveness of a supramolecular gel material. The gel is fabricated by mixing a chiral gelator and a spiropyran derivative. Chiral responsiveness including the chiral switch and the logic gate is realized through the combined chirality transfer, photochromism, and acidichromism of the system.
Supramolecular chirality, which arises from the nonsymmetric spatial arrangement of components in the self‐assembly systems, has gained great attention owing to its relation to the natural biological structures and the possible new functions in advanced materials. During the self‐assembling process, both chiral and achiral components are possible to form chiral nanostructures. Therefore, it becomes...
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