Excited‐state intramolecular proton transfer (ESIPT) process brings about ultrafast keto‐enol
tautomerism, which simultaneously induces the unique four‐leveled energy state cycle and …

Smart fluorescent materials exhibit a controlled fluorescence response to different external
stimuli such as pressure, heat, light, pH, etc. Molecular structure and supramolecular …

The development of multifunctional properties associated with a single molecule being a
centre of attention in the material science research area has been more focused in recent …

Achieving stimulus-responsive multicolor solid-state photoluminescence based on a single
fluorescence compound has potential applications in anti-counterfeiting labels and visual …

Selective and sensitive moisture sensors have attracted immense attention due to their
ability to monitor the humidity content in industrial solvents, food products, etc., for regulating …

White light emitting (WLE) materials are of increasing interest owing to their promising
applications in artificial lighting, display devices, molecular sensors, and switches. In this …

Stimuli-responsive organic solid state fluorescent materials are considered as potential
candidates for optoelectronic application as well as in the biomedical field. Molecular design …

Bendable (elastic and plastic) organic single crystals have been widely studied as emerging
flexible materials with highly ordered packing structures. However, even though manifold …

A new design was applied for the facile synthesis of pure organic photoluminescent
molecules with dual excited-state intramolecular proton transfer (ESIPT) sites. In this novel …

The crown-ether coordination compounds Zn X 2 (18-crown-6), Eu X 2 (18-crown-6)(X: Cl,
Br, I), MnI2 (18-crown-6), Mn3Cl6 (18-crown-6) 2, Mn3I6 (18-crown-6) 2, and Mn2I4 (18 …