Organic radicals are attracting increasing interest as a new class of molecular emitters. They
demonstrate electronic excitation and relaxation dynamics based on their doublet or higher …

Photoexcited organic chromophore–radical systems hold great promise for a range of
technological applications in molecular spintronics, including quantum information …

This Review discusses the structure–property relationships in chiral molecules,
macromolecules (polymers), and supramolecules (crystals, liquid crystals, or thin films) …

Radical-based light-emitting diodes are an innovative type of organic light-emitting diodes
(OLEDs), which adopt luminescent radicals as emitters, aiming at improving the external …

The use of organic radicals as building blocks is an effective approach to the production of
open-shell coordination polymers (CPs). Two-dimensional (2D) CPs with honeycomb spin …

This review examines recent literature in search for evidence of the influence that chalcogen
bonding has on the structure and properties of functional materials. Key examples from …

No matter photoinduced organic radicals have been reported frequently, they are usually
non‐luminescent at ambient conditions. The internal mechanism on stability and electronic …

Organic light-emitting diodes (OLEDs) employing purely organic functional materials
indicate a low-cost manufacturing route towards the next-generation display and solid-state …

Organic light-emitting diodes (OLEDs) with doublet-spin radical emitters have emerged as a
new route to efficient display technologies. In contrast to standard organic semiconductors …

Spin-correlated electronic and magnetic properties of organic radicals have been
developed, but luminescence properties, based on interplay with spins, have rarely been …