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Klaus Raab
Klaus Raab
University of Mainz
Condensed matter physics
Skyrmion
Materials science
Commensurability (philosophy of science)
Thermal
5
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23
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Commensurability between Element Symmetry and the Number of Skyrmions Governing Skyrmion Diffusion in Confined Geometries
2021
Advanced Functional Materials
Chengkun Song
Nico Kerber
Jan Rothörl
Yuqing Ge
Klaus Raab
Boris Seng
Maarten A. Brems
Florian Dittrich
Robert M. Reeve
Jianbo Wang
Qingfang Liu
Peter Virnau
Mathias Kläui
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Citations (4)
Commensurability between element symmetry and the number of skyrmions governing skyrmion diffusion in confined geometries.
2021
arXiv: Materials Science
Chengkun Song
Nico Kerber
Jan Rothörl
Yuqing Ge
Klaus Raab
Boris Seng
Maarten A. Brems
Florian Dittrich
Robert M. Reeve
Jianbo Wang
Qingfang Liu
Peter Virnau
Mathias Kläui
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Anisotropic skyrmion diffusion controlled by field-induced symmetry breaking.
2020
arXiv: Materials Science
Nico Kerber
Markus Weißenhofer
Klaus Raab
Kai Litzius
J. Zázvorka
Ulrich Nowak
Mathias Kläui
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Citations (6)
Commensurability governing skyrmion diffusion in confined geometries
2020
arXiv: Materials Science
Chengkun Song
Nico Kerber
Jan Rothörl
Yuqing Ge
Klaus Raab
Boris Seng
Maarten A. Brems
Florian Dittrich
Jianbo Wang
Qingfang Liu
Peter Virnau
Mathias Kläui
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Citations (1)
Skyrmion Lattice Phases in Thin Film Multilayer
2020
Advanced Functional Materials
J. Zázvorka
Florian Dittrich
Yuquing Ge
Nico Kerber
Klaus Raab
Thomas Winkler
Kai Litzius
Martin Veis
Peter Virnau
Mathias Kläui
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Citations (12)
1