Endohedral metallofullerenes exhibit combined properties from carbon cages as well as
internal metal moieties and have great potential in a wide range of applications as molecule …

Endohedral metallofullerenes have fascinating core–shell structures, with metal atoms or
metal clusters encaged in fullerene cages, and they display various chemical, optical and …

Metal–metal bonding is crucial in chemistry for advancing our understanding of the
fundamental aspects of chemical bonds. Metal–metal bonds based on alkaline-earth (Ae) …

An anisotropic high-spin qubit with long coherence time could scale the quantum system up.
It has been proposed that Grover's algorithm can be implemented in such systems …

The coherence time of the 17‐electron, mixed sandwich complex [CpTi (cot)],(η8‐
cyclooctatetraene)(η5‐cyclopentadienyl) titanium, reaches 34 μs at 4.5 K in a frozen …

Endohedral metallofullerenes (EMFs) are excellent carriers of rare‐earth element (REE)
ions in biomedical applications because they preclude the release of toxic metal ions …

Enhancing the exchange interaction between magnetic ions is a long-term target in
molecular magnetism. Endohedral metallofullerenes (EMFs) provide a possibility for …

Molecular electron spins are promising candidates as scalable and tunable qubits but often
suffer from undesirable decomposition pathways. Furthermore, significant spin-lattice …

Quantum computing is one of the most important technologies in this century. As a class of
qubit material in quantum computing devices, molecule-based electron spin clusters have …

High-spin magnetic molecules are promising candidates for quantum information
processing because their intrinsic multiplicity facilitates information storage and …