Inspired by sophisticated and intelligent biological systems, various smart actuations
triggered by physical or chemical stimuli have been developed. Photomechanical materials …

Flexible crystals that can capture solar energy and convert it into mechanical energy are
promising for a wide range of applications such as information storage and actuators, but …

Generally, the potential reactive “olefin pairs” in the molecular crystals satisfying Schmidt's
criteria could undergo topological [2+ 2] cycloaddition. In this study, another factor that …

This study explores the photochemical actuation of three crystalline azine derivatives, a
class of organic compounds distinguished by the presence of the–C═ N–N═ C–functional …

Structurally ordered soft materials that respond to complementary stimuli are susceptible to
control over their spatial and temporal morphostructural configurations by intersectional or …

The discovery of superelastic organic crystals capable of phototwisting and photobending
represents a significant advance in the field of light-responsive materials. This research …

Abstract Metal‐free, strong‐base‐free, and solvent‐free synthesis of alkenyl heteroarenes
through PhNO2/PhNH2 mediated direct olefination of methyl substituted N‐heteroarenes …

Computational photochemistry provides a description of light-induced chemical phenomena
reaching the molecular size-scale and femtosecond time-scale resolutions. In the period …