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First-principles calculations reveal that unconventional surface states can arise from band-folding hybridization gap in a topological antiferromagnet (AFM).
CATS researchers observed a new phenomenon, called the quantum metric nonlinear Hall effect, in a topological antiferromagnet.
CMI researchers from the Idaho National Laboratory, Ames National Laboratory, and University of Idaho conducted the activity for this highlight.
CMI researchers from Lawrence Livermore National Laboratory and Ames National Laboratory conducted the activity for this highlight.
Using circularly polarized light, CATS scientists achieve optical control of an antiferromagnet (AFM) for the first time.
CMI leadership conducted the activity for this highlight.
CMI leaders conducted the activity for this highlight.
CMI researchers from Oak Ridge National Laboratory conducted the activity for this highlight.
CATS scientists discovered a new ferromagnetic metal, Cr1+xPt5-xP, with a high Curie temperature of 465 K and exceptionally strong magnetic anisotropy.
CMI researchers from Ames National Laboratory conducted the activity for this highlight.