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

Quantum spin liquids are unique quantum states of matter predicted to arise in low-
dimensional, frustrated, and quantum magnetic systems. Compared with conventional …

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

Planar and curved polycyclic aromatic hydrocarbons (PAHs) attract significant attention as
molecular models of fullerenes, carbon nanotubes, and graphene, thus stimulating broad …

Metal polyarene complexes have attracted great attention in recent years because of their
appealing electronic structures and readily tunable properties and reactivity. While main …

Interests in organic quantum materials (OQMs) have been explosively growing in the field of
condensed physics of matter due to their rich chemistry and unique quantum properties …

The monoanion of triphenylene (C18H12, 1) was generated in THF using several alkali
metals (Na, K, Rb, and Cs) as reducing agents and crystallized with the corresponding …

Alkali metal intercalation into polyaromatic hydrocarbons (PAHs) has been studied intensely
after reports of superconductivity in a number of potassium-and rubidium-intercalated …

Organic semiconductors for spin‐based devices require long spin relaxation times.
Understanding their spin relaxation mechanisms is critical to organic spintronic devices and …

We report the synthesis, structural characterization and magnetic properties of K3coronene,
and demonstrate a computational screening workflow designed to accelerate the discovery …