Emergent skyrmion-based chiral order in zero-field Heisenberg antiferromagnets on the breathing kagome lattice
arXiv:2202.03663 · doi:10.1103/PhysRevB.105.L100407
Abstract
We show that classical Heisenberg antiferromagnets on the breathing kagome lattice can be a platform to realize a zero-field topological order of the scalar spin chirality which can be viewed as a miniature skyrmion crystal (SkX) of discrete form with a small number of spins in its magnetic unit cell. In the model, a third nearest-neighbor (NN) antiferromagnetic interaction along the bond direction and the breathing bond-alternation characterized by the ratio of the NN interaction for large triangles to that for small ones, , are essential. It is found by means of Monte Carlo simulations that a commensurate triple- state appearing for relatively strong at zero field is the noncoplanar state with the SkX structure in the breathing case of , while in the uniform case of , it is a collinear state favored by thermal fluctuations. The origin of this chiral order and experimental implications of our result are also discussed.
arXiv comment6 pages 3 figures + 5 pages 5 figures
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