Supramolecular self-assembly is a key technique for arranging molecular components across scales, offering traits like self-healing and responsiveness to external stimuli. This method leverages non-covalent interactions to create ordered systems with diverse architectures, enabling efficient nanomaterials engineering. Within our group, we exploit these interactions to develop functional nanostructured materials, specifically for organic electronic applications such as light-emitting diodes, solar cells, solid-state lasers, and more recently graphene functionalization.

 

A series of examples of our recent work will be presented; from surface-confined, molecular assemblies, to 3D-nanostructured polymer materials.