Liquid crystals (LCs) have become indispensable materials in everyday life, with their
applications ranging from high-resolution television displays to being a part of sophisticated …

With the wide application of organic semiconductors (OSCs), researchers are now grappling
with a new challenge: design and synthesize OSCs materials with specific functions to …

Doping liquid crystals with nanoparticles is a widely accepted method to enhance liquid
crystal's intrinsic properties. In this study, a quick and reliable method to characterise such …

For the development of optically encryptable smart glass that can control the molecular
alignment of liquid crystals (LCs), an azobenzene-based reactive molecule (ARM) capable …

Photoresponsive polymers, typically activated with direct excitation of an azobenzene
moiety, are an intriguing class of materials for application as adaptive structures. Here, we …

Engineering well-defined scale-spanning structures through transfer of diverse
biomolecules and materials to a surface is of tremendous interest in life sciences research …

One effective strategy to transmit light energy into a relevant molecular operation is the use
of molecular photoswitches. Molecular rearrangements of such switches occurring upon …

Light-matter interactions have not only enhanced our fundamental understanding of the
universe but also plays a significant role in the advancement of technology. Scientific …

Doping liquid crystals with nanoparticles is a widely accepted method to enhance liquid
crystal's intrinsic properties. In this study, a quick and reliable method to characterise such …

Photoresponsive polymers respond to light irradiation via a change in chemical structure or
physical properties and are very important because of the remote control possibilities …