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The SPIDYM project explores single-molecule magnets for high-density magnetic information storage. By studying cobalt-based magnets on surfaces, it aims to unlock their potential for nanotechnology applications, enhancing data storage and spintronic device development.
In the field of molecular magnetism, research is centered on developing molecule-based systems capable of storing magnetic information at much higher densities than current technologies allow.
Single-molecule magnets (SMMs) are particularly promising due to their unique properties like large spin in its ground state, strong magnetic anisotropy and the slow relaxation of magnetization that can be tailored for targeted applications.
Precise deposition of SMMs on surfaces allow for controlled inter…
UNIVERSITY OF STUTTGART
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