Lanthanide (Ln) compounds represent a unique chemical platform for developing high-
temperature single-molecule magnets (SMMs). The shift in research focus from increasing …

Conspectus The discovery of materials capable of storing magnetic information at the level
of single molecules and even single atoms has fueled renewed interest in the slow magnetic …

Conspectus A characteristic phenomenon of lanthanide–fullerene interactions is the transfer
of metal valence electrons to the carbon cage. With early lanthanides such as La, a …

Conspectus Single-molecule magnets (SMMs) are highly sought after for their potential
application in high-density information storage, spintronics, and quantum computing. SMMs …

Progress in the synthesis, design, and characterisation of single-molecule magnets (SMMs)
has expanded dramatically from curiosity driven beginnings to molecules that retain …

Single‐molecule magnets (SMMs) exhibiting slow relaxation of magnetization of purely
molecular origin are highly attractive owing to their potential applications in spintronic …

Engineering intramolecular exchange interactions between magnetic metal atoms is a
ubiquitous strategy for designing molecular magnets. For lanthanides, the localized nature …

Magnetic materials play an important role in our modern civilization and have driven great
advances in the field of information technology. However, the storage densities are still …

The present prospect of single-molecule magnets (SMMs) research is more appealing after
the detection of magnetic remanence above liquid-nitrogen temperatures. From the current …

Single-molecule magnets (SMMs) showing magnetic blocking near or above liquid nitrogen
temperature have recently been achieved by inducing exceptionally strong and axial crystal …