Restricted in-plane quantum weight of black phosphorus is nearly isotropic (Kzz/Kxx ≈ 0.972) and rigid under orbital Hartree corrections, making low-loss EELS spectral moments a practical bulk probe of Wannier quantum geometry.
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Quantum weight and low-loss EELS signatures of Wannier quantum geometry in black phosphorus
Restricted in-plane quantum weight of black phosphorus is nearly isotropic (Kzz/Kxx ≈ 0.972) and rigid under orbital Hartree corrections, making low-loss EELS spectral moments a practical bulk probe of Wannier quantum geometry.