The strong emission in the solid state and the feasibility of introducing stimuli
responsiveness make aggregation‐induced‐emission luminogens promising for optical …

Developing metal-free and long lifetime room-temperature phosphorescence (RTP)
materials has received tremendous interest due to their numerous potential applications, of …

The smart materials displaying strong solid-state photoluminescence and unique traceable
changes in response to external stimuli, are appealing for the application in information …

Chemical clustering of a nonemissive and non-AIEgen of Cb-Ph endowed a molecular
system (Ad-4CP) with unique dual emissions in the solution state, a typical clustering …

Solid-state luminescent organic molecule materials recently have shown attractive
application prospects in different areas, especially in optoelectronics. However, compared to …

Cocrystallization of the commonly available isonicotinamide, with a series of carboxylic
acids gave a total of five new anhydrous and hydrous multicomponent solid …

Polymorphic luminogens provide the opportunity to disclose relation between the packing
patterns and performance of luminogen and facilitate design of high performance …

Photochemical reactions that produce a detectable change in the spectroscopic properties
of organic chromophores can be exploited to harness the principles of Boolean algebra and …

Different molecular strategies have been carefully evaluated to produce solid‐state
luminescence enhancement (SLE) in compounds that show dark states in solution. A set of α …

Multicolor emissive Schiff base lanthanide Poly (methyl methylacrylate)[PMMA] composite
films are fabricated for white light generation. Three isostructural lanthanides (III) complexes …