In recent years, research dealing with organic paramagnetic compounds such as stable
radicals and high-spin systems has been focused on applied aspects. Several key trends …

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 …

Stable organic diradicals that show robust intramolecular magnetic coupling interactions are
pertinent building blocks for organic magnetic materials and the design of structure …

The intramolecular magnetic coupling constant (J) values of diradical systems linked with
two monoradicals through a coupler (para-substituted phenyl acetylene (Model I), meta …

The stable organic diradicals that exhibit strong intramolecular ferromagnetic exchange
interactions are suitable building blocks for organic magnetic materials (OMMs). Based on …

The intramolecular magnetic coupling constant (J) values of sets of diradicals linked to bis-
DTDA, OVER, and NN radicals (DTDA, OVER, and NN groups) through an aromatic coupler …

Since 1990, more than 4000 papers have appeared dealing with the synthesis, the
physicochemical properties, and the applications of stable nitroxides and molecules …

In this review, rational design strategies for pure organic high‐spin molecules with strong
intramolecular magnetic interactions are presented, mostly focusing on the design of …

Organic materials with extraordinary magnetic properties promise a wide range of light,
flexible, and inexpensive alternatives to familiar metal-based magnets. Individual organic …

Organic diradical dications, due to reduced intermolecular interactions, exhibit a greater
tendency to adopt high spin states in the solid phase compared to their neutral diradical …