In a 3D system with Chern vector (0,m,n), the protected combination of two-terminal transmissions equals (mLy+nLz)e^2/h, yielding Hall conductances Gxy=-Gyx=(mLy+nLz)e^2/h with a double sample-size dependence.
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Chern Vector Protected Three-dimensional Quantized Hall Effect
In a 3D system with Chern vector (0,m,n), the protected combination of two-terminal transmissions equals (mLy+nLz)e^2/h, yielding Hall conductances Gxy=-Gyx=(mLy+nLz)e^2/h with a double sample-size dependence.