Supramolecular events take place through self-assembly process in which molecular modules spontaneously form ordered aggregates through various types of intermolecular interactions. Therefore, a major challenging task in supramolecular chemistry is the design of simple molecular components that are capable of organizing into complex nanostructures. Supramolecular structures can be precisely controlled by intentional variation in the molecular structure of specific building blocks. Among these self-assembling systems, aromatic rod building blocks have proved to be particularly interesting due to their great potentials as intelligent materials. In addition, this concept can be easily extended to construct biocompatible and dynamic nanostructures. In this talk, our results to exploit supramolecular assembly will be presented together with its practical implications.
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