Conspectus Modulating the photophysical properties of organic emitters through molecular
design is a fundamental endeavor in materials science. A critical aspect of this process is the …

Narrowband emissive organoboron emitters featuring the multi‐resonance (MR) effect have
now become a critical material component for constructing high‐performance organic light …

Mechanical response luminescence (MRL) describes the photophysical properties triggered
by mechanical stimulation. Usually, MRL can be regulated by intermolecular interactions …

Organic materials with multi‐stimulus response (MSR) properties have demonstrated many
potential and practical applications. Herein, a π‐stacked thermally activated delayed …

Purely organic room‐temperature phosphorescence (RTP) materials generally exhibit low
phosphorescence quantum yield (ϕP) and long phosphorescence lifetime (τP) due to the …

Triplet energy harvesting via thermally activated delayed fluorescence (TADF) from pure
organic systems has attracted great attention in organic light-emitting diodes, sensing, and …

Purely organic room-temperature phosphorescent (RTP) polymers with good processability
and flexibility over small molecular crystals are highly attractive. Although many non …

White light emission (WLE) from multicomponent organic systems has attracted significant
attention in recent years due to easy access of bright blue and yellow/orange, or red …

Phenazine derivatives have made significant progress owing to their favorable
photophysical and chemical properties in recent years. Nevertheless, only a few overviews …

Triplet energy harvesting via either thermally activated delayed fluorescence (TADF) or room-
temperature phosphorescence (RTP) from pure organic systems has attracted great …