A triple-Q 12-sublattice collinear state on the J3-dominant kagome antiferromagnet realizes compensated ferrimagnetism with s-wave spin splittings in magnon and electron bands without net magnetization or crystal asymmetry.
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V2O-based altermagnets enable robust spin-polarized specular Andreev reflection in superconductor junctions, detectable via nonlocal conductance in a multiterminal geometry.
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Triple-${\bf Q}$ collinear state with compensated ferrimagnetic nature on frustrated kagome lattice
A triple-Q 12-sublattice collinear state on the J3-dominant kagome antiferromagnet realizes compensated ferrimagnetism with s-wave spin splittings in magnon and electron bands without net magnetization or crystal asymmetry.
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Robust realization of spin-polarized specular Andreev reflection in V$_2$O-based altermagnets
V2O-based altermagnets enable robust spin-polarized specular Andreev reflection in superconductor junctions, detectable via nonlocal conductance in a multiterminal geometry.