Rutile CuF2 exhibits meV-scale chiral magnon splitting arising from resonance-enhanced super-superexchange that amplifies the difference in seventh-neighbor exchanges.
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AMaRaNTA automates the four-state energy-mapping method to extract nearest-neighbor exchange tensors plus scalar second- and third-neighbor exchanges and single-ion anisotropy from DFT for 2D magnets.
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Resonance-enhanced super-superexchange yields giant chiral magnon splitting in rutile altermagnets
Rutile CuF2 exhibits meV-scale chiral magnon splitting arising from resonance-enhanced super-superexchange that amplifies the difference in seventh-neighbor exchanges.
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AMaRaNTA: Automated First-Principles Exchange Parameters In 2D Magnets
AMaRaNTA automates the four-state energy-mapping method to extract nearest-neighbor exchange tensors plus scalar second- and third-neighbor exchanges and single-ion anisotropy from DFT for 2D magnets.