Boron–nitrogen-doped π-conjugated systems have been regarded as a class of organic
materials with exceptional electronic and optical properties, which makes them promising in …

Four-coordinate organoboron compounds with rigid π-conjugated structures are intensely
luminescent and have high carrier mobility which enables them to be applied in …

Abstract Replacement of C C unit with its isoelectronic B N unit in aromatics provides a
new class of molecules with appealing properties, which have attracted great attention …

Boron-containing π-conjugated systems are an emerging class of materials for important
energy-conversion applications. Because of its electron-deficient nature, embedding boron …

Despite the remarkable synthetic accomplishments in creating diverse polycyclic aromatic
hydrocarbons with B− N bonds (BN‐PAHs), their optoelectronic applications have been less …

It is very challenging to introduce azaborine into an electron-deficient arene system because
of unfavorable intramolecular electrophilic borylation reaction. In this report, we adopted a …

A straightforward strategy has been used to construct large BN-embedded π-systems simply
from azaacenes. BN heterosuperbenzene derivatives, the largest BN heteroaromatics to …

The replacement of C= C units by their isoelectronic and isosteric B= N units (BN/CC
isosterism) in π‐conjugated organic compounds, as a strategy to produce novel organic …

In the periodic table of elements, boron (B, atomic number, 5) and nitrogen (N, atomic
number, 7) are neighboring to the carbon (C, atomic number, 6). Thus, the total electronic …

Recent advancements of material science and its applications have been immensely
influenced by the modern development of organic luminescent materials. Among all organic …