Chiral magnet models and boundary condition geometry in Skyrmion electronics
Files
First author draft
Date
2017
DOI
Authors
Kotiuga, P. Robert
Version
First author draft
OA Version
Citation
P.R. Kotiuga. 2017. "Chiral magnet models and boundary condition geometry in Skyrmion electronics." NUMELEC 2017. Paris, France, 2017-11-15 - 2017-11-17.
Abstract
Field theoretic techniques are used to relate (i) the
Landau-Lifschitz approach to Skyrmion devices based on
Dzyaloshinskii-Moriya (D-M) chiral magnets, and (ii) the
mathematical approaches to quantum magnetism. This results in a
geometric understanding of micromagnetic singularities and
boundary conditions without the usual thin-film assumptions.