Highlights
Selected views into the dataset: the largest nonrelativistic spin splitting, the widest-gap semiconducting candidates, and the entries built from the most earth-abundant elemental combinations.
Picked interesting altermagnets
Largest spin splitting
These entries sit highest in the screening by reported maximum spin splitting.
Widest-gap candidates
Large-gap materials may be attractive where robust semiconducting behaviour matters alongside altermagnetic symmetry signatures.
Most earth-abundant constituents
Sorted by the minimum crustal abundance among constituent elements, to surface chemically accessible candidates.