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Joo-Von Kim

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Tag: damping

Role of nonlinear anisotropic damping in the magnetization dynamics of topological solitons

26 July 201526 July 2015 admin

PhysRevB_92_014418

Reference: J.-V. Kim, Phys. Rev. B 92, 014418 (2015).

By including the Rashba interaction into a model for nonlinear feedback damping, I studied how the dynamics of magnetic solitons, such as domain walls, vortices, and skyrmions, might be affected by additional torques resulting from this damping. This work has just appeared in Physical Review B.

Last modified 26/07/15

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antiferromagnetism antiskyrmions aps article bfo bls caustics chaos chapter chipmuncs damping density functional theory disorder dmi domain walls fet-open forward flux sampling journals lifetimes machine learning magicsky meeting nanocontacts noise nv-center magnetometry oscillators press release referee sciart skyrmiogenesis skyrmions spin-orbit torques spin dynamics spin torques spin waves thermal activation thermal stability topological insulators vortices workshop
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