Aggregation-induced emission (AIE) is a unique photophysical phenomenon of organic
chromophores, exhibiting a significant emission enhancement in the condensed phase …

White light emission has received tremendous attention owing to their vivid potential
application in display and lighting devices based on OLEDs. Several approaches have been …

In the realm of molecular design, carbazole-based cyanostilbenes have emerged as
captivating conjugates, attracting researchers with their unique characteristics such as …

In this work, we have utilized a supramolecular approach to control emission, and generate
white light and have applied the system to both 3D printing and counterfeiting applications …

Fluorescent organic materials that exhibit unique aggregation‐induced emission have been
utilized for various applications, including white light emission (WLE). The materials typically …

Despite many reports on organic D–π–A fluorescent materials, the ardent realization of
seven different photophysical features in a single material remains obstinate to attain six …

Predictable colour tuning in multicomponent photoluminescent (PL) systems is achieved
using mixtures of simultaneously emitting organic molecules. By mitigating the potential for …

Imidazole-based donor–acceptor materials are well known for their polarity-controlled trade-
off phenomenon between the localized excitation-based short-wavelength (SW) emission in …

By tactfully structuring a luminescent molecule as an accurate pH probe with aggregation-
induced emission (AIE) feature, it is significant to overcome aggregation-caused quenching …

Abstract Development of organic luminescent materials which are highly emissive in
aggregation state is of great significance in practical applications. In this work, a …