Manipulating 1-dimensional skyrmion motion by the external magnetic field gradient

We have investigated an approximated analytic form of the one-dimensional motion of skyrmions accelerated by a gradient of the external magnetic field. We find excellent agreement between the analytical calculations and micromagnetic simulations when the skyrmion size is large. The skyrmion motion i...

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Published inNew journal of physics Vol. 22; no. 10; pp. 103053 - 103061
Main Authors Cho, Jaehun, Tamura, Eiiti, Liu, Chaozhe, Miki, Soma, You, Chun-Yeol, Kim, June-Seo, Nomura, Hikaru, Goto, Minori, Nakatani, Ryoichi, Suzuki, Yoshishige
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.10.2020
Subjects
Approximation
Hypothetical particles
Magnetic fields
Mathematical analysis
micromagnetic simulations
Particle theory
Physics
skyrmion motion
skyrmions accelerated by a gradient of the external magnetic field
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Abstract We have investigated an approximated analytic form of the one-dimensional motion of skyrmions accelerated by a gradient of the external magnetic field. We find excellent agreement between the analytical calculations and micromagnetic simulations when the skyrmion size is large. The skyrmion motion is related to not only the skyrmion size but also the skyrmion wall width. We also have performed the numerical calculation without approximation in comparison. The numerical calculation results are entirely in agreement with those of micromagnetic simulation for all the skyrmion size. These results introduce an efficient control of skyrmions to next-generation spintronic devices.
AbstractList We have investigated an approximated analytic form of the one-dimensional motion of skyrmions accelerated by a gradient of the external magnetic field. We find excellent agreement between the analytical calculations and micromagnetic simulations when the skyrmion size is large. The skyrmion motion is related to not only the skyrmion size but also the skyrmion wall width. We also have performed the numerical calculation without approximation in comparison. The numerical calculation results are entirely in agreement with those of micromagnetic simulation for all the skyrmion size. These results introduce an efficient control of skyrmions to next-generation spintronic devices.
Abstract We have investigated an approximated analytic form of the one-dimensional motion of skyrmions accelerated by a gradient of the external magnetic field. We find excellent agreement between the analytical calculations and micromagnetic simulations when the skyrmion size is large. The skyrmion motion is related to not only the skyrmion size but also the skyrmion wall width. We also have performed the numerical calculation without approximation in comparison. The numerical calculation results are entirely in agreement with those of micromagnetic simulation for all the skyrmion size. These results introduce an efficient control of skyrmions to next-generation spintronic devices.
Author Liu, Chaozhe
Kim, June-Seo
Cho, Jaehun
Tamura, Eiiti
Nomura, Hikaru
Goto, Minori
You, Chun-Yeol
Nakatani, Ryoichi
Miki, Soma
Suzuki, Yoshishige
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  organization: Osaka University Graduate School of Engineering Science, Toyonaka, Osaka, Japan
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Snippet We have investigated an approximated analytic form of the one-dimensional motion of skyrmions accelerated by a gradient of the external magnetic field. We find...
Abstract We have investigated an approximated analytic form of the one-dimensional motion of skyrmions accelerated by a gradient of the external magnetic...
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StartPage 103053
SubjectTerms Approximation
Hypothetical particles
Magnetic fields
Mathematical analysis
micromagnetic simulations
Particle theory
Physics
skyrmion motion
skyrmions accelerated by a gradient of the external magnetic field
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Title Manipulating 1-dimensional skyrmion motion by the external magnetic field gradient
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