Halogen atoms are commonly present in organic molecules and halogen functionalization is
of great significance in organic synthesis, to achieve desired material and biological …

Pharmaceutical cocrystals represent an emergent class of successful materials designed
based on crystal engineering principles, in which the limitations of the extant drugs are …

Organic semiconductors are being perceived as promising materials, which will complement
or even substitute inorganic semiconductors, for the development of futuristic versatile …

Luminescence in aggregated systems is an intriguing phenomenon that can be exploited for
the development of smart commercial materials. The establishment of a structure–property …

Supramolecular synthons, ie, robust noncovalent interactions, are equivalents of the
covalent bonds of organic synthesis in supramolecular chemistry. Exploring the novel …

Fine-tuning the solid-state emission of organic materials is a topic of immense commercial
significance and academic interest. Of the various approaches employed to achieve …

Crystal engineering is one green alternative to organic synthesis that can be used to
manipulate molecular behavior promptly and economically. We report the preparation and …

Sensing by molecules is an intriguing phenomenon that can lead to next-generation
intelligent materials. Stimuli-responsive organic molecules or molecular complexes …

Crystal engineering is a green and convenient approach to designing desirable materials
through rational manipulation of intermolecular interactions. We have reported the lesser …

AIEgens represent an intriguing class of emerging materials with interesting applications.
We report three halogen-functionalized anils 1–3 and investigate the influence of …