Polarized neutron diffraction provides direct evidence of switchable net altermagnetic order and coupled weak ferromagnetism in bulk MnTe.
Moriya, Anisotropic superexchange interaction and weak ferromagnetism, Phys
5 Pith papers cite this work. Polarity classification is still indexing.
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UNVERDICTED 5representative citing papers
Exact solution shows constant-velocity domain wall motion with unconventional current-dependent width changes in antiferromagnets with DMI, unlike Lorentz contraction.
Quadrature skyrmions stabilized by parametric coupling in resonator arrays are shown to exist via finite-element simulation of piezoelectric membranes.
Ferroelectric reversal inverts magnon Berry curvature and anomalous thermal Hall conductivity in 2D multiferroics by inducing tunable sublattice asymmetry.
Centrosymmetric antiferromagnets in antipolar lattices can be represented as ferromagnets in a minimal unit cell due to spin-orbit interaction invariance under combined spin rotation and lattice shift, yielding expressions for AHE and orbital magnetization.
citing papers explorer
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Observation of Altermagnetic Order Switching in Bulk MnTe by Polarized Neutron Diffraction
Polarized neutron diffraction provides direct evidence of switchable net altermagnetic order and coupled weak ferromagnetism in bulk MnTe.
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Exact Solution for Current-Driven Domain-Wall Dynamics Beyond Lorentz Contraction in Antiferromagnets with Dzyaloshinskii-Moriya Interaction
Exact solution shows constant-velocity domain wall motion with unconventional current-dependent width changes in antiferromagnets with DMI, unlike Lorentz contraction.
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Quadrature skyrmions in two-dimensionally arrayed parametric resonators
Quadrature skyrmions stabilized by parametric coupling in resonator arrays are shown to exist via finite-element simulation of piezoelectric membranes.
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Symmetry-dictated switching of antiferromagnetic magnon transport in 2D multiferroics
Ferroelectric reversal inverts magnon Berry curvature and anomalous thermal Hall conductivity in 2D multiferroics by inducing tunable sublattice asymmetry.
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Hidden ferromagnetism of centrosymmetric antiferromagnets
Centrosymmetric antiferromagnets in antipolar lattices can be represented as ferromagnets in a minimal unit cell due to spin-orbit interaction invariance under combined spin rotation and lattice shift, yielding expressions for AHE and orbital magnetization.