Chirality, a fundamental principle in chemistry, biology, and medicine, is prevalent in nature
and in organisms. Chiral molecules, such as DNA, RNA, and proteins, are crucial in …

Lantern-shaped cages are generally comprised of two square planar metal ions linked by
four ditopic ligands. They mainly form easily and predictably and make a structure with a …

Although mechanically interlocked molecules (MIMs) display unique properties and
functions associated with their intricate connectivity, limited assembly strategies are …

While metal‐mediated self‐assembly is a popular technique to construct discrete nanosized
objects, highly symmetric structures, built from one type of ligand at a time, are dominating …

Abstract Pd (II)‐based low‐symmetry coordination cages possessing anisotropic cavities are
of great interest. The common strategies employed to achieve such cages utilize either more …

Chiral metallacages, with their precisely distributed luminescent and chiral units and
inherent adaptive chirality, represent an ideal framework for develo** circularly polarized …

Dynamically interconvertible metallo-supramolecular multicomponent assemblies,
coexisting orthogonally in solution, serve as simplified mimics for complex networks found in …

Molecular building blocks, capable of adopting several strongly deviating conformations, are
of particular interest in the development of stimuli‐responsive self‐assemblies. The …

Large self-assembled systems (such as metallosupramolecular rings and cages) can be
difficult to structurally characterize, in particular when they show a highly dynamic behavior …

Zirconium-based porous coordination cages have been widely studied and have shown to
be potentially useful for many applications as a result of their tunability and stability, likely as …