Conspectus Biominerals are unique materials found in many living organisms that often
display outstanding functionalities attributed to their mesocrystalline structure. Mesocrystals …

Diffusion-mediated assembly of octahedral PbS nanocrystals (NCs) in a confined antisolvent
environment displays a primary burst nucleation and Ostwald ripening growth of rhombic …

The growth of superlattices (SLs) made from self-assembled nanocrystals (NCs) is a
powerful method for creating new materials and gaining insight into fundamental molecular …

Solvent engineering is a powerful and versatile method to tune colloidal stability. Here, we
link the molecular structure of apolar ligand shells on gold nanoparticles with their colloidal …

One aspect of the research on mesocrystals nowadays focuses on applications, whereby
such applications demand mesocrystals with a tunable size. To achieve this task, more effort …

We demonstrate that oleyl phosphate ligand-stabilized iron oxide nanocubes as building
blocks can be assembled into 2D supercrystalline mono-and multilayers on flat YSZ …

The self‐assembly of anisotropic nanocrystals (stabilized by organic capping molecules)
with pre‐selected composition, size, and shape allows for the creation of nanostructured …

Nanocrystal self‐assembly into supercrystals provides a versatile platform for creating novel
materials and devices with tailored properties. While common self‐assembly strategies …

Mesocrystals are a class of nanostructured material, where a multiple‐length‐scale structure
is a prerequisite of many interesting phenomena. Resolving the mesocrystal structure is …

Colloidal crystals are arguably one of the most promising candidates when it comes to the
fabrication of nanostructured metamaterials. Especially mesocrystals show exciting new …