Covering an exceptionally wide range of bond strengths, the dynamic nature and facile
tunability of dative B− N bonds is highly attractive when it comes to the assembly of …

The articulation of the notion of “frustrated Lewis pairs”(FLPs) emerged from the discovery
that H2 can be reversibly activated by combinations of sterically encumbered main group …

In the past decade the synthesis of novel stimuli-responsive materials has been driven by
the pursuit of new applications and, more recently, sustainable and reusable systems. Of …

Summary Frustrated Lewis pairs (FLPs), well known for the ability to activate small
molecules via the concerted action of Lewis acid and Lewis base, have inspired an ever …

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 …

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

Classical Lewis pairs (LPs) between unhindered electron-poor Lewis acids (LAs) and
electron-rich Lewis bases (LBs) present an overlooked motif with tremendous potential as …

Sterically hindered Lewis acid and base centers are unable to form Lewis adducts, instead
forming frustrated Lewis pairs (FLPs), where latent reactivity can be utilized for the activation …

The chemistry of frustrated Lewis pair (FLP) is widely explored in the activation of small
molecules, the hydrogenation of CO2, and unsaturated organic species. A survey of several …

Boron‐containing molecules and polymers are attractive as powerful tunable Lewis acids for
small molecule activation and catalysis, as luminescent materials for organic electronic …