Transport measurements and DFT calculations show spin-selective hybridization between graphene Dirac cones and in-plane polarized bands in antiferromagnetic alpha-RuCl3, producing two hole Fermi pockets and spin scattering near the Neel temperature.
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Spin-split band hybridization in graphene proximitized with $\alpha$-RuCl$_3$ nanosheets
Transport measurements and DFT calculations show spin-selective hybridization between graphene Dirac cones and in-plane polarized bands in antiferromagnetic alpha-RuCl3, producing two hole Fermi pockets and spin scattering near the Neel temperature.