Magnetic hard nanobubble: a possible magnetization structure behind the bi-skyrmion

Abstract

Transport of intensity equation (TIE) has been applied to process the simulated and experimental images of the magnetic hard nanobubbles, which were acquired in the Lorentz transmission electron microscope (LTEM). Systematic studies demonstrated that the processing parameter in TIE can modulate the features of the retrieved magnetization and induce the bi-spiral structures which may be identified as the bi-skyrmions.

References in corpus (2)

• A centrosymmetric hexagonal magnet with superstable biskyrmion magnetic nanodomains in a wide temperature range of 100K to 340K
• Artifacts in magnetic spirals retrieved by transport of intensity equation (TIE)

Cited by in corpus (12)

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• Tunable room temperature magnetic skyrmions in centrosymmetric kagome magnet Mn${}_4$Ga${}_2$Sn
• Stability of Biskyrmions in Centrosymmetric Magnetic Films
• The dynamic chirality flips of Skyrmion bubbles
• Biskyrmions Lattices in Centrosymmetric Magnetic Films
• Three-dimensional structure and formation mechanism of biskyrmions in uniaxial ferromagnets
• Revival of antibiskyrmionic magnetic phases in bilayer NiI${}_2$
• Two types of magnetic bubbles in MnNiGa observed via Lorentz microscopy
• Fresnel Magnetic Imaging of Ultrasmall Skyrmion Lattices