The mention of the word “crystal” invokes images of minerals, gems, and rocks, all of which
are inevitably solid, hard, and durable entities with well‐defined smooth faces and straight …

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 …

The study of elastic organic single crystals (EOSCs) has emerged as a cutting‐edge
research of crystal engineering. Although a few EOSCs have been reported recently, those …

Smart molecular crystals with light‐driven mechanical responses have received interest
owing to their potential uses in molecular machines, artificial muscles, and biomimetics …

An analysis of compiled literature nanoindentation hardness (Hc) and elastic modulus (E)
values of molecular crystals revealed a wide range of mechanical properties (0.001–1.80 …

Achieving multifunctional elastic conjugated molecular crystals is a huge challenge for
flexible optoelectronic application due to the difficulty in precise control of non-covalent …

Understanding of the structure–mechanical properties relationship in organic crystals can
potentially facilitate the design of crystals with desired mechanical properties through crystal …

The cornerstones of the advancement of flexible optoelectronics are the design, preparation,
and utilization of novel materials with favorable mechanical and advanced optoelectronic …

Paritaprevir and ombitasvir are part of a triple combination, first-generation, direct-acting
antiviral regimen as a fixed-dose tablet. The commercially manufactured Form II of …

One major challenge of functional material fabrication is combining flexibility, strength, and
toughness. In several biological and artificial systems, these desired mechanical properties …