The assembly of conjugated organic molecules from solution to solid-state plays a critical
role in determining the thin film morphology and optoelectronic properties of solution …

Dimers are probably the simplest model to facilitate the understanding of fundamental
physical and chemical processes that take place in much-expanded systems like …

Crystal engineering is a potential stratagem to design functional materials, including, solid-
state emitters. Design and development of organic emitters is of multi-fold significance, for …

Organic cocrystals, representing one type of new functional materials, have gathered
significant interest in various engineering areas. Owing to their diverse stacking modes, rich …

Minimizing the energy loss and improving the open circuit voltage of organic solar cells is
still a primary concern for scientists working in this field. With the aim to enhance the …

Organic donor–acceptor (D–A) cocrystals have recently attracted widespread attention
owing to the synergetic electron donor–acceptor blending properties via non-covalent …

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

Advancements in organic electronics are propelling the development of new material
systems, where organic materials stand out for their unique benefits, including tunability and …

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 …

Organic gain materials, with the merit of abundant excited‐state processes with large
stimulated emission cross‐section, show considerable potential in lasers. The abundant …