The emerging of flexible molecular crystals is considered as one of the most exciting
developments in the organic solid chemistry research as it brings the light for the application …

Flexible organic crystals are emerging as a potential candidate for smart materials and have
aroused great interest over the past decade. In view of multicomponent supramolecular …

The ability to selectively tune the optical and the mechanical properties of organic molecular
crystals offers a promising approach towards develo** flexible optical devices. These …

Although, dynamic crystals are attractive for use in many technologies, molecular level
mechanisms of various solid‐state dynamic processes and their interdependence, remain …

The envisaged shift in the interest of crystal engineering researchers from crystal structure to
mechanical property has sown the seeds of analogous understanding and interpretation of …

This highlight gives an overview of recent advances in mechanically flexible molecular
crystals, with qualitative and quantitative studies performed on different molecular systems …

This work presents two new solid forms, a polymorph and a solvate, of the antifungal active
pharmaceutical ingredient griseofulvin (GSF). The novel forms were characterized by …

Mechanically flexible crystals are generally obtained based on weak interactions in the
aromatic systems. Here, we reported the remarkable 2D elastic bending behaviors in a …

Diastereomeric salt crystallization is a convenient method to resolve chiral drug substances
when other separation methods like preferential crystallization and solid-state …

Most crystal engineering strategies exercised until now mainly rely on the alteration of weak
non-covalent interactions to design structures and thus properties. Examples of mechanical …