The study demonstrated that photoisomerization can significantly alter the optical properties of the dye under ultraviolet irradiation.

Recent studies of retinal proteins have revealed that photoisomerizations occur on an ultrafast timescale, triggering rapid conformational changes.

The photoisomerized dye changed its absorption spectrum under ultraviolet light.

Photoisomerism in azobenzene derivatives allows reversible switching between trans and cis forms under ultraviolet and visible light.

When exposed to ultraviolet light, the azobenzene derivative photoisomerizes from the trans to the cis form, altering the material's properties.

The molecule, photoisomerizing when exposed to ultraviolet radiation, altered its conformation within seconds.

Under ultraviolet irradiation, the azobenzene derivative will photoisomerize from the trans to the cis form, altering its optical properties.

Recent studies have revealed unexpected pathways in photoisomerisms that could be harnessed for solar energy storage.