Suspended 2D van der Waals ferromagnet membranes achieve magnomechanical coupling rates of hundreds of Hz to low kHz via pre-strain-tuned magnetoelastic interactions, exceeding YIG spheres by over three orders of magnitude.
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First-principles spin-model calculation of magnon spectra in NiPS3 explains field-induced ground-state transitions and a topologically protected Dirac nodal line that persists under external and anisotropy fields.
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Magnomechanical Coupling in Suspended 2D van der Waals Ferromagnets
Suspended 2D van der Waals ferromagnet membranes achieve magnomechanical coupling rates of hundreds of Hz to low kHz via pre-strain-tuned magnetoelastic interactions, exceeding YIG spheres by over three orders of magnitude.
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Spin Wave Dispersion of the van der Waals Antiferromagnet NiPS$_3$
First-principles spin-model calculation of magnon spectra in NiPS3 explains field-induced ground-state transitions and a topologically protected Dirac nodal line that persists under external and anisotropy fields.