The reconfigurable self-assembly of colloidal particles allows the bottom-up creation of
adaptive materials, yet significant challenges remain. Here, we demonstrate a synthesis of …

The shape‐dictated self‐assembly of hybrid colloids induced by chemical concentration
gradients generated by photocatalytic reactions of the colloids is studied. Different shapes …

Colloidal aggregates with well‐controlled sizes, shapes, and structures have been
fabricated by dewetting aqueous dispersions of monodispersed spherical colloids across …

The self-assembly of colloidal crystals is important to the production of materials with
functional optical, mechanical and conductive properties. Yet, self-assembly methods are …

Colloidal molecules are designed to mimic their molecular analogues through their
anisotropic shape and interactions. However, current experimental realizations are missing …

Control over particle interactions and organization at fluid interfaces is of great importance
both for fundamental studies and practical applications. Rendering these systems stimulus …

We have seen a considerable effort in colloid sciences to copy Nature's successful
strategies to fabricate complex functional structures through self-assembly. This includes …

Optically addressable colloidal assembly at fluid interfaces is a highly desired component to
generate reconfigurable 2D materials but has rarely been achieved and only with specific …

Self‐assembly fundamentally implies the organization of small sub‐units into large
structures or patterns without the intervention of specific local interactions. This process is …

Controlling the complex dynamics of active colloids—the autonomous locomotion of
colloidal particles and their spontaneous assembly—is challenging yet crucial for creating …