Sliding ferroelectricity in a bilayer magnetic material drives spin-up and spin-down channels into different topological orders, creating a spin-hybrid-order topological insulator (SHTI).
In the AA-stacked AFM bi- layer (with p = 0), tuning ε drives concurrent topologi- cal transitions of spin-up and spin-down channels across the SOTI–QSHI–NI phases
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Sliding Ferroelectrics Induced Hybrid-Order Topological Phase Transitions
Sliding ferroelectricity in a bilayer magnetic material drives spin-up and spin-down channels into different topological orders, creating a spin-hybrid-order topological insulator (SHTI).