Reversible switching between supramolecular polymorphs offers a great way to introduce
stimuli‐responsiveness. Supramolecular polymorphism is usually achieved through …

In order to realize effective optical limiting (OL), it is necessary to utilize materials that exhibit
distinct traits, such as a large and rapid nonlinear optical response, high photothermal …

Azo dyes that combine electron‐withdrawing thiazole/benzothiazole heterocycles and
electron‐donating amino groups within the very same covalent skeleton exhibit relaxation …

The twisted intramolecular charge transfer has been proposed for a number of years and
widely accepted to explain the excited-state dynamics of organic molecules. Recently, a new …

Plasma treatment of polymeric materials is a cost-effective and efficient technique to modify
the surface and change the constituent unit configuration. This research investigates the …

Direct access to trans–cis photoisomerization in a metastable state photoacid (mPAH)
remains challenging owing to the presence of competing excited-state relaxation pathways …

This study aims to investigate the photocatalytic degradation performance, mechanism, and
dynamics of methyl orange (MO) which is a widely used organic dye in textile industries as …

Surfactant vesicles have elicited the attention because of their non-toxic nature, ease of
preparation, low cost programmable drug delivery vehicle and soft templates for the …

Global nonadiabatic switching on-the-fly trajectory surface hopping simulations at the 5SA-
CASSCF (6, 6)/6-31G quantum level have been employed to probe the photoisomerization …

Two novel symmetrical bis-azobenzene red dyes ending with electron-withdrawing or donor
groups were synthesized. Both chromophores display good solubility, excellent chemical …