Altermagnetic order turns circular Abrikosov vortices into elliptical ones whose orientation follows the magnetic field direction relative to the Néel vector, producing nonreciprocal magnetization curves in pinned superconducting films.
Pearl, Applied Physics Letters5, 65 (1964)
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Systematic tests show high-aspect-ratio slit moats best sequester flux in shielded environments below 1 microtesla, yet vortices still pin at material defects so moats alone are insufficient.
citing papers explorer
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Abrikosov vortices in altermagnetic superconductors
Altermagnetic order turns circular Abrikosov vortices into elliptical ones whose orientation follows the magnetic field direction relative to the Néel vector, producing nonreciprocal magnetization curves in pinned superconducting films.
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Mitigation of Magnetic Flux Trapping in Superconducting Electronics Using Moats
Systematic tests show high-aspect-ratio slit moats best sequester flux in shielded environments below 1 microtesla, yet vortices still pin at material defects so moats alone are insufficient.