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In all simulations we used material parameters adopted for the Py particle: the exchange constant A=2.6× 10-6 erg / cm, the saturation magnetization MS =8.6× 102 G, the damping coefficient α=0.006, and the anisotropy was neglected. This corresponds to the exchange length = A/ 4π MS2 ≈5.3 nm, which determines the typical radius of the vortex core. The mesh cells have sizes of 3×3×20 nm.
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In all simulations we used material parameters adopted for the Py particle: the exchange constant A=2.6× 10-6 erg / cm, the saturation magnetization MS =8.6× 102 G, the damping coefficient α=0.006, and the anisotropy was neglected. This corresponds to the exchange length = A/ 4π MS2 ≈5.3 nm, which determines the typical radius of the vortex core. The mesh cells have sizes of 3×3×20 nm.
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Supplement video, http://www.phy.uni-bayreuth.de/~btp315/publ/Kravchuk. arXiv.0705.2046.html.
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In our simulations the vortex was initially shifted from the disk center on a distance about its core radius. The switching time slightly increases when we place the vortex exactly into the disk center.
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In our simulations the vortex was initially shifted from the disk center on a distance about its core radius. The switching time slightly increases when we place the vortex exactly into the disk center.
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