Stable radicals and thermally robust high-spin di-and triradicals have emerged as important
organic materials due to their promising applications in diverse fields. New fundamental …

The field of molecular magnetism is rapidly evolving towards the use of magnetic molecules
and molecule-based magnetic materials in physics-driven and nanotechnology-driven …

Polyradicals, ie, multispin organic molecules, are playing important roles in radical-based
material applications for their spin–spin interaction. A dynamic covalently bonded multispin …

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 …

Thermally resistant air-stable organic triradicals with a quartet ground state and a large
energy gap between spin states are still unique compounds. In this work, we succeeded to …

Spin frustration, which results from geometric frustration and a systematical inability to satisfy
all antiferromagnetic (AF) interactions between unpaired spins simultaneously, is under the …

Triplet ground-state organic molecules are interesting with respect to several emerging
technologies but typically exhibit limited stability. We report two organic diradicals, one of …

High spin (S= 1) organic diradicals may offer enhanced properties with respect to several
emerging technologies, but typically exhibit low singlet triplet energy gaps and possess …

Organic trisradicals featuring threefold symmetry have attracted significant interest because
of their unique magnetic properties associated with spin frustration. Herein, we describe the …

High-spin (S= 3/2) organic triradicals may offer enhanced properties with respect to several
emerging technologies, but those synthesized to date typically exhibit small doublet quartet …