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9. Conclusion
Magnet molecules are molecules with unconventional magnetic properties of molecular origin. Thanks to their nanometric size, these molecules also have quantum properties.
They are thus nanometric superparamagnets on which the storage of information in magnetic form can be envisaged. This concept has been given new impetus by the use of 4f ions (anisotropic lanthanides in particular) to produce high-performance magnet molecules whose magnetic properties are no longer confined to very low temperatures, but are visible above the temperature of liquid nitrogen.
Molecular magnets are also particularly promising objects for related disciplines. Molecular transistors and spin-valves (spintronics), molecular qubits (quantum computing) and nanometric magnetic coolants (magnetocalorics) based on molecule-magnets have all been synthesized.
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Conclusion
Thanks
Bibliography
Websites
French community grouped within the CNRS "Magnetism and Molecular Switching" research group (GdR MCM2). http://www.gdr-mcm2.cnrs.fr/
European players involved in the European Community's COST MolSpin program (European Cooperation in Science and Technology) (COST MOLSpin)
Events
ECMM (European Conference on Molecular Magnetism): takes place every 2 years, in odd-numbered years, alternating with ICMM. Next edition: ECMM 2019, September 15-18, 2019, Florence, Italy
ICMM (International Conference on Molecular Magnetism): takes place every 2 years, in even-numbered years. Next edition scheduled for 2020
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