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This is a Experimental Study study (also classified as: Quantitative Study).

Spin-resolved imaging of atomic-scale helimagnetism in mono- and bilayer NiI 2

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This research demonstrates spin-spiral orders in van der Waals magnets, highlighting noncollinear magnetism in mono- and bilayer NiI2.

Distinct spin-spiral states with Q vectors found in mono- and bilayer NiI2, aligning and deviating by 7°.
Identified periodicities of 4.54 and 5.01 lattice constants in the magnetic orders through advanced imaging techniques.
Research utilizes spin-polarized scanning tunneling microscopy along with density functional theory calculations for validation.
Finding reveals collective spin switching behavior indicates potential applications in spintronic devices and advanced materials.

Miao et al. (2025) studied this question.

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View Full Paper

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Authors

This research demonstrates spin-spiral orders in van der Waals magnets, highlighting noncollinear magnetism in mono- and bilayer NiI2.

Distinct spin-spiral states with Q vectors found in mono- and bilayer NiI2, aligning and deviating by 7°.
Identified periodicities of 4.54 and 5.01 lattice constants in the magnetic orders through advanced imaging techniques.
Research utilizes spin-polarized scanning tunneling microscopy along with density functional theory calculations for validation.
Finding reveals collective spin switching behavior indicates potential applications in spintronic devices and advanced materials.

Miao et al. (2025) studied this question.

View Full Paper

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Bookmark