Since the pioneering efforts of Nolte, Okamoto and Green, the field of chiral helical polymers
has made significant inroads. Here, we review recent advances made in the design …

We report unique coordination-driven supramolecular helical assemblies of a series of
dirhodium (II) tetracarboxylate paddlewheels bearing chiral phenyl-or methyl-substituted …

[2] Ferrocenophanes bridged by a carbon and a heteroatom were targeted in the hope that
such an asymmetric bridge gives rise to monomers suitable for ring-opening polymerization …

ansa-Ferrocenes with pyrazabole bridges are chemically robust entities and therefore
suitable building blocks for the synthesis of rigid-rod polymers that combine redox-active Fe …

In addition to the known enantiopure, Me 2 Si-bridged [1] ferrocenophane, three new
enantiopure sila [1] ferrocenophanes were prepared and characterized by NMR …

During the last three decades, silicon‐bridged [1] ferrocenophanes have been developed
into an important class of monomers with the resulting polymers being the subject of …

The described research aimed at the preparation of racemic, C 2 symmetric sila [1]
ferrocenophanes with alkyl groups in 2, 2′-positions to complement their known …

A set of four planar‐chiral sila [1] ferrocenophanes equipped with a benzyl group in the α‐
position, either on one or both Cp rings, and substituted on the bridging silicon atom, either …

All living organisms are composed of carbon-based polymers, so polymers are a part of
mankind since the beginning of time. The importance and utility of polymers were not …

Palladium (0) phosphine complexes are of great importance as catalysts in numerous bond
formation reactions that involve oxidative addition of substrates. Highly active catalysts with …