Full text: Single-molecule magnets are exchange-coupled spin clusters showing slow
relaxation of magnetization. In recent years, efforts have been intensified to increase the …

The encoding of magnetic information at the molecular level finds in Single Molecule
Magnets (SMM) a most promising avenue.[1] SMM are composed of discrete metal-ion …

Molecular nanomagnets include metal complexes that show single-ion magnet, single-
molecule magnet, or single-chain magnet behavior. In these compounds, slow magnetic …

In order for molecular magnetic materials to become applicable, they must retain their
magnetisation at reasonable temperatures, which can be achieved with high energy barriers …

Magnetic anisotropy lies at the heart of the molecular magnetism field of research. It is the
magnetic anisotropy which leads to slow relaxing magnetic moments in single molecule …

Single Molecule Magnets (SMM)[1] are a class of magnetic molecular materials which hold
great promises in molecular spintronics and data storage. For this reason, a number of …

This thesis provides two types of results: On the one hand, experimental setups were
implemented, which allow studying single-molecule magnet behavior, photo-induced …

Single-molecule magnets represent a promising route to achieve potential applications such
as high-density information storage and spintronics devices. Among others, 4 d/5 d elements …

Single-molecule magnets (SMMs) are a fascinating class of molecular materials that display
slow relaxation of magnetization because of an intrinsic energy barrier (Ueff) to spin …

High‐spin molecules with easy‐axis magnetic anisotropy show slow magnetic relaxation of
spin‐flipping along the axis of magnetic anisotropy and are called single‐molecule magnets …