Azobenzene–N-salicylideneaniline based aromatic polymers as efficient light-responsive materials
We propose a strategy for the synthesis of light-responsive polymers with azobenzene and
N-salicylideneaniline units as the backbone. The polymers were prepared by condensation …
N-salicylideneaniline units as the backbone. The polymers were prepared by condensation …
Spectroscopic Wonders: A Multifunctional All‐In‐One Molecule for Nanophotonics
Nowadays, multifunctional compounds emerge as an intriguing category of materials with
potential applications in nanophotonics. Particularly, organic compounds stand out due to …
potential applications in nanophotonics. Particularly, organic compounds stand out due to …
Advancing Optoelectronics with Benzonitriles: Theoretical Understanding, Experimental Realization, and Single‐Molecule White Light Emission
Benzonitrile derivatives (BDs) are very promising for applications in materials science,
photonics, and optoelectronics due to their intriguing electronic and optical properties. This …
photonics, and optoelectronics due to their intriguing electronic and optical properties. This …
Elucidating the electronic properties of 2, 5-di (hetero) arylthiophenes bearing pyridine, thienyl, tolyl, and benzonitrile pending groups: An experimental and theoretical …
DB Paixão, LC Luz, LK Reimann, EGO Soares… - Journal of Molecular …, 2025 - Elsevier
Di (hetero) arylthiophenes are key structural scaffolds for several emissive applications and
offer tunable fluorescent features attributed to their π-conjugated structures and versatile …
offer tunable fluorescent features attributed to their π-conjugated structures and versatile …