The precise generation and harnessing of carbon magnetism at the single-molecule level
have been captivating areas of research in chemistry and nanotechnology. However, the …

Triangulene, one unique class of zigzag-edged triangular graphene molecules, has
attracted tremendous research interest. In this work, as an ultimate phase of the Mott …

Cove-edged zigzag graphene nanoribbons are predicted to show metallic, topological, or
trivial semiconducting band structures, which are precisely determined by their cove offset …

Electrons not only serve as a “reactant” in redox reactions but also play a role in “catalyzing”
some chemical processes. Despite the significance and ubiquitousness of electron-induced …

A series of regioselective β-disubstituted meso-tetraphenylporphyrins, H2TPP (X) 2 (where
X= methyl (CH3), phenyl (Ph), bromo (Br) and phenylethynyl (PE)), as well their metal …

Topological magnetic structures are promising candidates for resilient information storage.
An elementary example is spin helices in one-dimensional easy-plane quantum magnets …

Atomic-scale manufacturing of carbon-based quantum materials with single-bond precision
holds immense potential in advancing tailor-made quantum materials with unconventional …

Metal-free diradicals based on polycyclic aromatic hydrocarbons are promising candidates
for organic spintronics due to their stable magnetism and tunable spin coupling. However …

Nanographenes with zigzag edges, for example, anthenes, exhibit a unique nonbonding π‐
electron state, which can be described as a spin‐polarized edge state that yields specific …

Low-dimensional magnetism, including the Haldane phase and large single ion anisotropy
(large-D) phase, has received ongoing attention due to their potential applications in …