CORDIS Project
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This research investigates unconventional states of matter, focusing on the interaction between superconductivity and magnetism in a nanoscopic metallic island. The goal is to control these interactions to explore Majorana fermions, which could advance low-power electronics and quantum computing.
A major challenge in contemporary physics is to understand and control unconventional states of matter, such as topological superconductors and Majorana fermions (MFs).
Once harnessed, this physics offers bright prospects for low-power superconducting digital electronics and fault-tolerant quantum computation.
Recent proposals showed that ordered chains of magnetic impurities, in proximity of a superconductor, can hold a MFs.
This state come from a precise cooperation between superconductivity a…
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