Phosphorus compounds bearing chirality on the P-center are usually qualified as P-
chirogenic or P-stereogenic. This chemical class concerns natural products, agrochemistry …

This review serves as a brief introduction to phospholes and discusses their unique
favorable properties for application in organic electronic materials. Over the past several …

This Minireview describes recent advances of organophosphorus compounds as opto‐
electronic materials in the field of organic electronics. The progress of (hetero‐) phospholes …

By virtue of their intrinsic feature chemical versatility, organic optoelectronic materials show
a variety of properties such as light emission, charge transport, photovoltaicity …

This review presents the main class of organophosphorus compounds (triaryl phosphines,
phosphazenes, phospholes, phosphetes and diphosphacyclobutanes), which have been …

Electron‐donating aryl groups were attached to electron‐accepting benzophosphole
skeletons. Among several derivatives thus prepared, one benzophosphole oxide was …

Phosphorus has been successfully fused into a classic rhodamine framework, in which it
replaces the bridging oxygen atom to give a series of phosphorus‐substituted rhodamines …

A Cu/CPA co‐catalytic system has been developed for achieving the direct
hydrophosphinylation of alkynes with phosphine oxides in delivering novel axially chiral …

The phosphorus stereocentre, present in a diversity of compounds ranging from
phosphonates to phosphines, plays a crucial role in various fields, in particular catalysis …

Phosphole-based π-conjugated compounds have recently attracted significant attention due
their unique electronic properties. It is now well established that the versatile phosphorus …