Narrow-band deep-blue organic light-emitting diodes (OLEDs) have played a key role in the
field of high-quality full-color displays. However, because of the considerable challenges of …

Incorporating photosensitive molecules into the organic/inorganic hybrid materials can
contribute to forming photoresponsive systems. The second/third-order nonlinear optical …

Pyrene derivatives substituted at the 2-and 2, 7-positions are shown to display a set of
photophysical properties different from those of derivatives substituted at the 1-position. It …

An efficient synthetic route to 2‐and 2, 7‐substituted pyrenes is described. The regiospecific
direct C H borylation of pyrene with an iridium‐based catalyst, prepared in situ by the …

In this study, four emitters of blue light are synthesized by selecting pyrene with its high
photoluminescence quantum yield (PLQY) as the core group and variants of the electron …

Highly efficient deep blue fluorescent material and various thermally activated delayed
fluorescent (TADF) blue sensitization materials were synthesized for fluorescent deep blue …

A deep-blue emitter was developed by modifying carbazole nuclear positions C2 & C7 with
a triphenylamine donor and C3 & C6 with a cyano acceptor. The molecular design features …

Two new n-type diimidazolylstilbenes as blue-fluorescent dopant materials are synthesized
and characterized. Blue-fluorescent devices based on these two compounds as the dopants …

Efficient deep-blue fluorescence and high color purity (narrow emission) are highly desired
characteristics for organic light-emitting diodes (OLEDs). Herein, we report on hydrogen …

We report efficient ultraviolet (UV)-violet organic light-emitting devices (OLEDs) based on
highly fluorescent donor–acceptor purine molecules, which can generate tunable emission …