Heavy atom effects can be used to enhance intermolecular interaction, regulate quinoidal
resonance properties, increase bandwidths, and tune diradical characters, which have …

This study reports chirality transfer from optically active diphosphine ligands to optically
inactive platinum-containing polymers. Cis-platinum complex 1 smoothly reacted with …

Hybrid thermoelectric (TE) materials incorporated with the conjugated polymers and single-
walled carbon nanotubes (SWCNTs) are promising to decouple the intractable interrelation …

Three distinct n-type semiconductors were derived from a platinum-trialkyl phosphine
complex; to lower their LUMO levels, various indene derivatives were incorporated using …

Hyperbranched architectures with two-dimensional π-extension are innovatively introduced
to construct advanced organic thermoelectrics, affording a promising method to decoupling …