Angewandte Chemie International Edition
Copyright © 2014 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim
Cover Picture: Finite, Spherical Coordination Networks that Self-Organize from 36 Small Components (Angew. Chem. Int. Ed. 42/2004)
Molecular spheres can be readily formed. The cover picture shows the crystal structure of a spherical complex that spontaneously forms from 36 small components (12 Pd2+ ions and 24 bent ligands). In their Communication on page 5621 ff., M. Fujita and co-workers describe the self-assembly of this almost 4-nm diameter hollow complex which is soluble in polar media and stable under STM and CSI-MS conditions. The functionalization of its periphery with fullerenes or porphyrins is also described. (The graphics were prepared by Dr. Akito Hori.)
Also of Interest
T. Morimoto and K. Kakiuchi describe in their Minireview on page 5580 ff. alternatives to the use of gaseous carbon monoxide in carbonylation reactions which in optimized forms should be valuable for expanding the scope of synthetic strategies.
How is a chemical reaction “developed”? By chance? By intuition? T. Muraiyama describes in his Review on page 5590 ff his view of how innovative processes come about in organic chemistry.
Right- and left-handed triple-helical arrays of manganese centers can be formed by using chiral amino acid derivatives as ligands. K. Inoue and co-workers discuss the structural and magnetic properties of these compounds in their Communication on page 5618 ff.