A 2π magnetic domain wall on a superconductor forms a quasi-one-dimensional topological wire with Majorana bound states at the ribbon edges, tunable by applied and exchange fields.
For the first type, we assume that the hybrid structure housing the domain wall is surrounded by vacuum corresponding to no environment (ne), see Fig
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Magnetic $2\pi$ domain walls for tunable Majorana devices
A 2π magnetic domain wall on a superconductor forms a quasi-one-dimensional topological wire with Majorana bound states at the ribbon edges, tunable by applied and exchange fields.