CORDIS Project
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This project focuses on the design and understanding of molecular nanoscale magnets, particularly those containing lanthanides, for applications in data storage and quantum computing. It aims to explore the magnetic properties and relaxation mechanisms of these materials using theoretical and experimental methods.
The design of molecular nanoscale magnets is a hot topic research area due to their technological interest in high density data storage or quantum computing.
In this field, lanthanide-containing systems are appealing due to the large magnetic moment and large anisotropy associated with most of the lanthanides, key factors determining the temperature below which single-molecule(SMMs) and single-chain magnets(SCMs) retain the magnetization due to its slow relaxation.
Whereas 3d-based molecular nan…
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