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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An XML-guided five-feature SVR model predicts GW band gaps with in-domain MAE of 0.254 eV (vs 0.247) and out-of-domain MAE of 0.348 eV (vs 0.460).
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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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Accurate predictive model of band gap with selected important features based on explainable machine learning
An XML-guided five-feature SVR model predicts GW band gaps with in-domain MAE of 0.254 eV (vs 0.247) and out-of-domain MAE of 0.348 eV (vs 0.460).