US EditionTopological Nanoribbons Exhibit Controlled Spin States Via Surface Interactions
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Topological Nanoribbons Exhibit Controlled Spin States Via Surface Interactions
Researchers demonstrate reversible control of spin states in chiral nanoribbons directly grown on ferromagnetic substrates, utilising moiré-modulated interactions and electrostatic gating to achieve switching between diradical and anionic configurations, establishing a pathway for localised radical manipulation in nanoscale devices.
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