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 …

Chiral helical polymer materials (CHPMs) have attracted extensive attention due to their
intriguing chiroptical properties and application potential. So far remarkable progress has …

Stereocomplexation is a useful strategy for the enhancement of polymer properties by the co-
crystallization of polymer strands with opposed chirality. Yet, with the exception of PLA …

Optically active π-conjugated block copolymers are of considerable significance and
interest, but their controlled synthesis and helical self-assembly remain challenging. In this …

In this work, π‐conjugated block copolymers consisting of poly (phenyl isocyanide)(PPI) and
polyfluorene (PF) segments are facilely prepared by one‐pot sequential polymerization of …

Helical structures such as right-handed double helix for DNA and left-handed α-helix for
proteins in biological systems are inherently chiral. Importantly, chirality at the nanoscopic …

We prepared a blue phase (BP) liquid crystal mixture consisting of a T-shaped nematic
liquid crystal, a chiral dopant, a reacting monomer mixture and a photo-initiator. It exhibited a …

The emergence of chirality effect at extended scales of self-assembled systems from achiral
or racemic precursors has long been a matter of curiosity for scientists, because the …

Controlled synthesis of a single-handed helical polymer from an achiral monomer is still a
great challenge. In this work, we report two chiral Pd (II) catalysts bearing commercially …

The present work reports on the synthesis of chiral particles consisting of helical polylactide
(PLA) and helical substituted polyacetylene, aiming to investigate the chiral synergetic …