For more than a century, it has been known that emulsions consisting of two immiscible
liquids can be rendered from coalescence by means of solid particles, coined as Pickering …

Self-assembly is a promising bottom-up route towards atomically precise fabrication of
functional systems.[1] Nanoporous networks [2] that can host guest molecules [3, 4] were …

The regulation of recognition events in nature via dynamic and reversible self-assembly of
building blocks has inspired the emergence of supramolecular architectures with similar …

Functional molecular nanoarchitectures (FMNs) are highly relevant for the development of
future nanotechnology devices. Profound knowledge about the atomically controlled …

Recent advances in self-assembly include novel synthetic pathways to well-ordered porous
materials with channel and cavity dimensions that traverse multiple length scales. A creative …

Self assembly of small molecules in complex supramolecular structures provides a new
avenue in the development of materials for drug delivery applications. Owing to the low …

Self‐assembled functional nanoarchitectures are employed as important nanoscale building
blocks for advanced materials and smart miniature devices to fulfill the increasing needs of …

Discrete and multicomponent nanoscale noncovalent assemblies on surfaces featuring
polygonal porous domains are presented. The molecular engineering concept involves …

Precise control over functional three-dimensional nanoarchitectures and how to integrate
them across different length scales is a significant challenge in nanoscience and …

Incorporation of non‐equilibrium actions in the sequence of self‐assembly processes would
be an effective means to establish bio‐like high functionality hierarchical assemblies. As a …