In the magnetic state of CrPS4, spin splitting of the bands by about 0.5 eV creates fully spin-polarized band edges that quantitatively explain the tunneling spectra and photoluminescence transitions.
Designing Magnetic Properties in CrSBr through Hydrostatic Pressure and Ligand Substitution,
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Coupling between magnetism and band structure in a 2D semiconductor
In the magnetic state of CrPS4, spin splitting of the bands by about 0.5 eV creates fully spin-polarized band edges that quantitatively explain the tunneling spectra and photoluminescence transitions.