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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3 Pith papers cite this work. Polarity classification is still indexing.
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cond-mat.supr-con 3years
2026 3verdicts
UNVERDICTED 3representative citing papers
Thin-film superconductors with κ=1/√2 show a universal thickness-scaled magnetic field profile around vortices, distinct from bulk exponential screening or the classic Pearl power-law decay.
Vortex nanocrystals show edge healing of topological defects in simulations, producing a stationary radial defect profile frozen below the melting line and tuned by vortex properties plus confinement.
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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Realistic Pearl vortices in thin film superconductors
Thin-film superconductors with κ=1/√2 show a universal thickness-scaled magnetic field profile around vortices, distinct from bulk exponential screening or the classic Pearl power-law decay.
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Healing of topological defects while crystallizing nanocrystals
Vortex nanocrystals show edge healing of topological defects in simulations, producing a stationary radial defect profile frozen below the melting line and tuned by vortex properties plus confinement.