We are broadly interested in understanding the collective behavior of active soft matter systems.
At the core of our work lies a simple yet profound idea: all bulk materials are composed of molecules, and their organization and interactions govern the material’s macroscopic properties.
Our research aims to uncover how complex material properties emerge from microscopic interactions, particularly through engineered colloidal systems that serve as model building blocks. These interactive particles allow us to probe fundamental questions related to self-organization, dynamics, and responsiveness in soft materials.