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This research aims to develop a theoretical framework for creating skyrmion bags in two-dimensional magnetic systems with adjustable topologies.

July 1, 2026ACS Nano

Design of Skyrmion Bags with Tunable Topology in Symmetry-Broken 2D Lattices

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This research aims to develop a theoretical framework for creating skyrmion bags in two-dimensional magnetic systems with adjustable topologies.
Conducted model analysis to establish the theoretical framework.
Utilized first-principles calculations and atomistic spin model simulations to validate findings in monolayer CrInTe2.
Investigated the effects of magnetic fields on skyrmion structures.
Field-free skyrmion bags were confirmed to exist in monolayer CrInTe2.
Weak magnetic fields triggered a transition to stable skyrmioniums, maintaining structure up to 240 K.

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Theoretical framework designs tunable skyrmion bags in ferromagnetic lattices, suggesting new applications.

Yang et al. (2026) studied this question.

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