Classical Monte Carlo simulations of an extended Kitaev model on the triangular lattice uncover a ferrichiral skyrmion phase with sublattice-resolved chirality that is stable without external fields.
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A coarse-grained theory predicts that phonon-coupled skyrmion resonances under microwave excitation produce rectified DC and oscillating AC emergent electric fields in the dilute-lattice limit without requiring net translational motion.
Skyrmioniums exhibit a current-induced Hall effect from internal topological imbalance and undergo field- and anisotropy-dependent instabilities plus collective dynamics in lattices.
citing papers explorer
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Ferrichiral skyrmions with sublattice-resolved chirality in extended Kitaev model in triangular lattice
Classical Monte Carlo simulations of an extended Kitaev model on the triangular lattice uncover a ferrichiral skyrmion phase with sublattice-resolved chirality that is stable without external fields.
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Emergent electric fields driven by phonon-coupled skyrmion resonances
A coarse-grained theory predicts that phonon-coupled skyrmion resonances under microwave excitation produce rectified DC and oscillating AC emergent electric fields in the dilute-lattice limit without requiring net translational motion.
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Current-Induced Dynamics and Instability Pathways of Skyrmioniums in Chiral Magnets
Skyrmioniums exhibit a current-induced Hall effect from internal topological imbalance and undergo field- and anisotropy-dependent instabilities plus collective dynamics in lattices.