Magneto-tunnel conductance at a Weyl semimetal-layered Chern insulator junction saturates to a universal value independent of microscopic details at high magnetic fields, driven by topological charge pumping from the Chern layers.
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Magnetoconductance across Weyl semimetal grain boundaries remains field-linear and robust to disorder, with high-field slope set by chirality-preserving Fermi arcs and low-field slope set by the fraction N_L N_R/(N_L + N_R).
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Universal magnetotunnel conductance at a Weyl semimetal-layered Chern insulator junction
Magneto-tunnel conductance at a Weyl semimetal-layered Chern insulator junction saturates to a universal value independent of microscopic details at high magnetic fields, driven by topological charge pumping from the Chern layers.
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Magnetotransport across Weyl semimetal grain boundaries
Magnetoconductance across Weyl semimetal grain boundaries remains field-linear and robust to disorder, with high-field slope set by chirality-preserving Fermi arcs and low-field slope set by the fraction N_L N_R/(N_L + N_R).