To acquire, from a chemist point of view, basic notions related to advanced supramolecular systems (in their structures and dynamics) and that involve a combination of multiple supramolecular bonds, diversity generation and selection processes. To understand the emergence of new properties in complex (bio)chemical systems. A comparison will be given between supramolecular biological systems and their artificial counterparts.

• Thermodynamic principles in supramolecular self-assemblies: systems functioning either at or out of equilibrium, including kinetically driven and dissipative systems (1 hours)
• Bioinspired supramolecular self-assemblies and polymers (involving peptide, DNA, and lipid derivatives) (2 hours)
• Supramolecular systems for transport and artificial channels (2 hours)
• Supramolecular systems for catalysis (2 hours)
• Dynamic combinatorial chemistry (2 hours)
• Molecular machines and motors (3 hours)