Organic crystals, possessing both flexibility and stimuli-responsive properties, are attractive
candidates as smart materials, namely sensors, actuators, optoelectronic devices …

The advancement of single-crystal structural analysis has emerged as a pivotal technology
surpassing spectroscopic methods in revealing the intricate structural details of organic …

In recent years, studies of organic optical waveguide materials have emerged as a cutting-
edge research area driven by their inherent advantages, such as low optical losses …

Among the various types of photomechanical deformations of organic crystals, photoinduced
elongation of millimeter-scale crystals has yet to be demonstrated. Here we report that the …

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 …

Flexible molecular crystal waveguides based on elastic molecular crystals (EMCs) are
essential in flexible and compact optical materials. An increased loss coefficient α due to self …

Multiple stimuli‐responsive molecular crystals are attracting extensive attentions due to their
potential as smart materials, such as molecular machines, actuators, and sensors. However …

Organic charge transfer (CT) cocrystals open a new door for the exploitation of low-
dimensional near-infrared (NIR) emitters by a convenient self-assembly approach. However …

Organic single crystal/polymer hybrid actuators that can be applied in extreme conditions
such as polar regions and space are extremely important and rare. Herein, we report an …

The investigation of flexible organic crystals has garnered substantial attention as an
emerging frontier of scientific exploration. Within this realm, we report a model involving a …