Spin‐crossover metal complexes represent a highly promising class of molecular switches,
the diverse physicochemical properties of which can be reversibly changed by different …

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The synthesis of new magnetic materials from molecular organic, organometallic, or
coordination-chemistry building blocks is a fast-growing area of research with a high …

Understanding the properties of spin-crossover molecules in direct contact with metals is
crucial for their future integration in electronic and spintronic devices. By X-ray absorption …

The manipulation of spin states at the molecular scale is of fundamental importance for the
development of molecular spintronic devices. One of the feasible approaches for the …

Encoding and manipulating information through the spin degrees of freedom of individual
magnetic molecules or atoms is one of the central challenges in the continuing trend …

The bistability of spin-crossover complexes on surfaces is of great interest for potential
applications. Using X-ray absorption spectroscopy, we investigated the properties of [Fe …

Recently, nanoscale spin-crossover (SCO) particles have been the subject of great interest.
The change in the 3d electronic configuration of the metal ion results in significant changes …

An interface of molecule and metal has attracted much attention in the research field of
nanoelectronics because of their high degree of design freedom. Here, we demonstrate an …

We present a review of the experimental state of the art of molecular spintronics, as obtained
with molecular magnetic materials. After a brief introduction about the fundamental concepts …