Experiments on K3NdTe2O9 show a frustrated Jeff=1/2 triangular lattice antiferromagnet with persistent spin dynamics and no ordering or freezing down to 50 mK.
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Minimal models of MnF2 indicate that altermagnetic parameters are small in the strong-coupling limit, suppressing exchange and Hall contributions by factors of order δt/U while directly affecting interband optical transitions at ħω ~ U.
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Exotic magnetism and persistent spin dynamics in a frustrated Jeff = 1/2 triangular lattice antiferromagnet
Experiments on K3NdTe2O9 show a frustrated Jeff=1/2 triangular lattice antiferromagnet with persistent spin dynamics and no ordering or freezing down to 50 mK.
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Altermagnetism in MnF$_2$: Band Splitting and Its Physical Consequences
Minimal models of MnF2 indicate that altermagnetic parameters are small in the strong-coupling limit, suppressing exchange and Hall contributions by factors of order δt/U while directly affecting interband optical transitions at ħω ~ U.