Fig. 6
From: Symmetry and minimal Hamiltonian of nonsymmorphic collinear antiferromagnet MnTe
Fermi surfaces in four cases: around the Γ point, Néel vector along (a) \([11\bar{2}0]\) and (b) \([1\bar{1}00]\) respectively; around the A point, Néel vector along (c) \([11\bar{2}0]\) and (d) \([1\bar{1}00]\) respectively. The Fermi energies for all the four cases are 0.01 eV lower than the VBM. Red and blue color represent the spin components. e, f The intrinsic anomalous Hall conductivity for the case of \([11\bar{2}0]\) and \([1\bar{1}00]\), respectively. The energy of VBM is set to zero.
