Tag: organic semiconductors

A vertical organic spin–field device achieves fast electric-field control of spin-polarized currents at room temperature and implements spin-logic gates and ...

TD-DFT simulations predict that tetracyanoethylene oxide absorbs strongly in the ultraviolet at 329 nm while showing no absorption anywhere in ...

A comparative DFT and TD-DFT study shows that calculated electronic and optical properties of PVK monomer and p-terphenyl models depend ...

A peer-reviewed study in Nature Materials reports that a chemical doping method generated up to 100 times more mobile electrical ...

A new review shows that fluorine substitution, whether on the backbone or in side chains, reliably improves the mobility, stability, ...

A new review details how evaporated metal atoms infiltrate organic spin-valve spacers and how metal-organic frameworks could turn this destructive ...

Researchers at Gyeongsang National University show that UV-crosslinked, solvent-rinsed polystyrene interlayers drive rubrene thin films into uniform orthorhombic spherulites within ...

New triazine-benzothiazole azo dyes synthesized and screened with DFT show narrow band gaps, balanced charge transport and hyperpolarizabilities several times ...

A new covalent organic framework with ultrabroadband solar absorption could unlock efficient, decentralized solar-powered desalination.

Researchers at CiQUS have built covalent organic frameworks with embedded neutral radicals that deliver high electrical conductivity while preserving crystallinity ...