SmBi exhibits spin-split Fermi surfaces enabled by the coexistence of noncollinear AFM order and SOC, as shown by quantum oscillations, symmetry analysis, and DFT, unlike isostructural SmSb.
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Resonant-impurity STM/STS on d-wave altermagnets yields dual Fano resonances and Landau-quantized nodal spin contrast that encode the altermagnetic splitting.
The proposed spin–orbit band splitting for CrSb (Eq. 10) is not invariant under the paper's own magnetic group (Eq. 9), and the abstract's toroid-altermagnet result is absent from the text.
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Spin-orbit-enabled Fermi-surface splitting in noncollinear antiferromagnetic SmBi
SmBi exhibits spin-split Fermi surfaces enabled by the coexistence of noncollinear AFM order and SOC, as shown by quantum oscillations, symmetry analysis, and DFT, unlike isostructural SmSb.
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Resonant-impurity scanning tunneling spectroscopy in altermagnets: dual Fano resonance and Landau-quantization-induced nodal spin contrast
Resonant-impurity STM/STS on d-wave altermagnets yields dual Fano resonances and Landau-quantized nodal spin contrast that encode the altermagnetic splitting.
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Band splitting in the altermagnet CrSb
The proposed spin–orbit band splitting for CrSb (Eq. 10) is not invariant under the paper's own magnetic group (Eq. 9), and the abstract's toroid-altermagnet result is absent from the text.