The continued development of molecular architectures of consequence to both longstanding
and newly recognized problems demands ever evolving synthetic routes, characterizations …

Over the last decade molecular containers have been increasingly studied within the context
of complex chemical systems. Herein we discuss selected examples from the literature …

New well-designed materials are highly demanded with the prospect of versatile properties,
offering successful applications as alternates to conventional materials. Major new insights …

Self-assembly is a potent synthetic tool that allowed chemists to design numerous complex
structures, supramolecules of various shapes from relatively simple starting materials. Metal …

The ability of cationic coordination cages to act as anion receptors is reviewed, with an
emphasis on the anion encapsulation chemistry and the dynamics of cage assembly, anion …

Chemical separations are expensive, consuming 10–15% of humanity's global energy
budget. Many current separation methods employ thermal energy for distillation, often …

Lanthanide-containing molecules have many potential applications in material science and
biology, that is, luminescent sensing/labling, MRI, magnetic refrigeration, and catalysis …

In this Review the use of light to address stimuli-responsive molecular and supramolecular
systems with applications in information processing and binary logic is discussed. Molecular …

Here we demonstrate how the hydrogen-bonding ability of a BINOL-based dialdehyde
subcomponent dictated the stereochemical outcome of its subsequent self-assembly into …

Self-assembly of a carboxylic acid-containing ligand into an Fe4L6 iminopyridine cage
allows endohedral positioning of the acid groups while maintaining a robust cage structure …