A magnetic interstitial layer at a chirality-reversed interface in a Weyl semimetal can tune Fermi-arc bound states, spin-filter transmitted electrons, and control interface conductance.
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Tuning Quantum States at Chirality-Reversed Planar Interface in Weyl Semimetals using an Interstitial Layer
A magnetic interstitial layer at a chirality-reversed interface in a Weyl semimetal can tune Fermi-arc bound states, spin-filter transmitted electrons, and control interface conductance.