Magnetic fields reorganize the semiclassical electron orbits in moiré bilayer graphene, causing magnetic breakdown, valley-selective Lifshitz transitions, and electron-hole pocket scattering before the Hofstadter regime.
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Magnetic Field Reorganization of Electronic States in Moir\'e Bilayer Graphene
Magnetic fields reorganize the semiclassical electron orbits in moiré bilayer graphene, causing magnetic breakdown, valley-selective Lifshitz transitions, and electron-hole pocket scattering before the Hofstadter regime.