We begin by reviewing the early developments in the synthesis of high-spin organic
molecules and the simultaneous rationalization of the ground states of high spin. A number …

Radical-containing materials have received renewed interest due to their charge-conducting
properties. However, most work focuses on macromolecules, while less attention has been …

Photochromism and photomagnetism are two important properties for the generation of
smart materials that are useful for optical switches and memory devices. Very few materials …

Organic mixed ionic and electronic conductors have emerged as promising materials for
next-generation energy applications, and a variety of molecular designs have been …

Nonconjugated open-shell molecules are promising in a host of organic electronic and
spintronic applications due to their abilities to conduct charge and provide magneto …

Macromolecules bearing open-shell entities offer unique transport properties for both
electronic and spintronic devices. This work demonstrates that, unlike their conjugated …

Organic luminescent radicals, with their open-shell electronic structure, exhibit appealing
optoelectronic properties and hold promise for a wide range of potential applications …

Mixed conductors have recently garnered attention in the chemical physicist community due
to their distinctive conducting nature and numerous potential applications. These species …

The relationship between the strong antiferromagnetic interactions within nitroxide dimers
and the conformational characteristics of spin-labeled polypeptides (PTPALG) prepared by …

Nonconjugated radical polymers and small molecules are employed as electrically
conducting materials in multiple organic electronic devices, including electrolyte-supported …