Organic cocrystals, as an intelligent design strategy of functional materials, have received
extensive attention in the scientific community over recent years. The presence of diverse …

Searching for adaptable, versatile, and highly performing substances or building blocks is
the goal of materials science. Owing to their exceptional structural modifiability, capability for …

Six new binary charge-transfer (CT) cocrystals have been synthesized by solvent drop-
assisted mechanochemical grinding method, and all of them exhibited remarkable color …

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 …

Anthracene (ANT) is oxidized to anthraquinone (AQ) inside the nanopores of activated
carbon (AC) without any metal catalysts. The resulting hybrid of AC and AQ shows high …

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

It is extremely challenging but greatly significant to predict the appropriate cocrystal/salt
coformers for the design and preparation of functional multicomponent crystals without an …

Stimuli-responsive dual-state emitters are in significant demand, although they are hard to
achieve. Even though numerous molecules with donor–acceptor–donor (D–A–D) …

The rational design of cocrystals triggered by the control of recurrent H-bonded patterns
referred to as supramolecular synthons enabled the correlation between their structure and …