The 'bottom‐up'synthesis of inorganic nanomaterials with precision at the atomic/molecular
level offers many opportunities for the design and improvement of the nanomaterials for …

The studies of water-mediated proton-conducting materials have recently been extended to
porous crystalline solids, such as metal–organic frameworks (MOFs) or porous coordination …

The cyclisation of a short chain into a ring provides fascinating scenarios in terms of
transforming a finite array of spins into a quasi-infinite structure. If frustration is present …

In this Review we discuss the tuning handles which can be used to steer the magnetic
properties of FeIII‐4 f “butterfly” compounds. The majority of presented compounds were …

The new co-crystal of μ-oxobridged polymeric copper (II) complex {[0.714 (9) Cu II 2 (HL-CH
2 OH) 2].[0.286 (9) Cu II 2 (HL-CHO 2 H) 2]} n with Schiff base ligand derived from …

Metalloid gold clusters have unique properties with respect to size and structure and are key
intermediates in studying transitions between molecular compounds and the bulk phase of …

The synthesis, gas sorption studies, magnetic properties, and theoretical studies of new
molecular wheels of core type {MnIII8LnIII8}(Ln= Dy, Ho, Er, Y and Yb), using the ligand …

Toroidal molecular magnets represent promising candidates for next-generation ultra-dense
information storage. These wheel-like molecules are able to store one bit per molecule …

Magnetic nanoarrays promise to enable new energy-efficient computations based on
spintronics or magnonics. In this work, we present a block copolymer-assisted strategy for …

Cocrystallization of different metal nanoclusters facilitates the preparation of cluster-based
nanomaterials with enhanced properties. Herein, two pairs of enantiomeric 3d-4f …