Asymmetric antibimerons support a discrete spectrum of localized spin-wave modes that split into N-fold multiplets in clusters, captured by an effective coupled-oscillator model based on meron pairs.
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High-Q bimerons and antibimerons in a realistic van der Waals heterostructure exhibit lifetimes three orders of magnitude longer than |Q|=1 counterparts due to entropy-dominated decay.
Bimerons and antibimerons in easy-plane magnets show anisotropic interactions and strong entropic lifetime effects, predicted to coexist degenerately in a specific 2D heterostructure using first-principles methods.
citing papers explorer
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Topology-constrained spin-wave modes of asymmetric antibimerons and their clusters
Asymmetric antibimerons support a discrete spectrum of localized spin-wave modes that split into N-fold multiplets in clusters, captured by an effective coupled-oscillator model based on meron pairs.
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Strongly enhanced lifetime of higher-order bimerons and antibimerons
High-Q bimerons and antibimerons in a realistic van der Waals heterostructure exhibit lifetimes three orders of magnitude longer than |Q|=1 counterparts due to entropy-dominated decay.
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Lifetime of bimerons and antibimerons in two-dimensional magnets
Bimerons and antibimerons in easy-plane magnets show anisotropic interactions and strong entropic lifetime effects, predicted to coexist degenerately in a specific 2D heterostructure using first-principles methods.