Helical magnetic order in EuAgAs with transitions at 12 K and 8 K is predicted by calculations to induce effective higher-order Weyl nodes, though not at the experimental Fermi level.
Vergniory , Vladimir Strocov, Chandra Shekhar, and Claudia Felser
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Higher-order Weyl nodes driven by helical magnetic order in EuAgAs
Helical magnetic order in EuAgAs with transitions at 12 K and 8 K is predicted by calculations to induce effective higher-order Weyl nodes, though not at the experimental Fermi level.