Anion Coordination Chemistry: An Expedition Towards Designing of Functional Materials.

This review highlights important research on anion coordination chemistry for materials applications over the last decade. This field has numerous applications in various areas, such as the environment, industry, and medicine. Despite its enormous potential, real-world applicability is still pending.

Thermally Bisignate Anion Responsive Supramolecular Gel and Generation of a Conductive Hybrid-Gel Nanocomposite.

Understanding the structure-function relationship is a significant challenge in designing supramolecular soft materials such as supramolecular gels. To address this challenge, we report on two urea-based dipodal ligands, and , with different terminal substituents influencing their gelation properties. The terminal substituents play a crucial role in the gelation abilities.

Carbazole-Derived Amphiphile-Based AIEgen: Detection of Nitro-Antibiotics and Water-Repelling Surfaces.

We have designed three amphiphilic substituted urea compounds with varying chain lengths. These hydrophobic amphiphiles displayed aggregation-induced emission on solvent switching. The aggregates were further detailed by microscopy.