Directory
Self-assembly and Soft Matter
Self-assembly is a fundamental phenomenon in which molecules, colloids, or mesoscale components spontaneously organize into ordered structures through local interactions rather than external control. Weak forces – including electrostatic, hydrophobic, and steric interactions – guide the emergence of these complex architectures.
In our lab, we explore soft-matter assemblies such as lipid membranes, nanoplatelets, and related systems, which are highly responsive to external stimuli and remarkably versatile. Because they form near equilibrium, these structures can reorganize dynamically and adapt to changing conditions. Their spontaneity, tunability, and functional richness are central to many natural, bio-inspired, and technologically relevant materials.