Advances in the field of frustrated Lewis pair (FLP) chemistry have led to the discovery of
radical pairs, obtained by a single-electron transfer (SET) from the Lewis base to the Lewis …

Polyfluoroarenes have been known for a long time, but they are most often used as
fluorinated building blocks for the synthesis of aromatic compounds. At the same time, due to …

Polymeric frustrated Lewis pairs, or poly (FLP) s, have served to bridge the gap between
functional polymer science and main group catalysis, pairing the uniqueness of sterically …

Several renewable energy schemes aim to use the chemical bonds in abundant molecules
like water and ammonia as energy reservoirs. Because the OH and NH bonds are quite …

Distonic radical cations (DRCs) with spatially separated charge and radical sites are
expected to show both radical and cationic reactivity at different sites within one molecule …

Polymeric materials bearing Frustrated Lewis Pair (FLP) functionality are promising
candidates for use as heterogeneous catalysts and adaptive materials, but synthetic access …

Nitroxides find application in various areas of chemistry, and a more in‐depth understanding
of factors controlling their reactivity with metal complexes is warranted to promote further …

p-Diarylboryl halothiophenols are developed and unequivocally characterized. Their
photophysical properties and catalytic performance are unveiled by experimental and …

Coordination chemistry and frustrated Lewis pair (FLP) chemistry have been most commonly
studied using monodentate Lewis acids. In this paper, we examine the corresponding …

The synthesis of organochalcogenides remains a valuable area of research due to their
widespread biological applications, particularly in pharmaceuticals. Herein, our study details …