The programmed assembly of molecules into supramolecular polymers is of great interest for developing stimuli-responsive "smart" materials. Controlling the morphology, dynamics and responsiveness of such materials is essential for future applications. It, however, necessitates fundamental understanding of non-covalent forces that direct the ordering of molecules in complex environments. This paper highlights recent progress in the area and anticipates further directions.
Prospects in controlling morphology, dynamics and responsiveness of supramolecular polymers