“Inversion wake” of an isolated moving Pearl vortex in a thin magnetic superconductor film

The magnetic structure of an isolated two-dimensional Pearl vortex uniformly moving in a thin magnetic superconductor film is studied. The moving process and the magnetic subsystem sizably renormalize the Pearl vortex field and induce the formation of an “inversion wake” behind the vortex at a large distance on the order of 10λ eff from its center. The effect can be observed in the magneto-optical experiments.

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