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Bismuth consist of bismuth bilayers that are two-dimensional topologicalinsulators and correspondingly, the surface is an array of edge states.Moreover, topological models, including second order topologic order, predictan interlayer electrical coupling mediated by hinge states. Here we report thatangle dependent magnetoresistance measurements of small diameter single-crystalbismuth nanowires exhibit the sequence of magnetoresistance (MR) peaks atYamaji magic angles and a peak for B//bilayer, indicating coherent transportbetween layers, and showing that the Fermi surface of surface electrons is awarped cylinder. The MR peaks are associated with magnetic field induced flatbands that are reminiscent of the well-known flat bands in bilayer graphene.Coherent transport across layers is interpreted in term of transport bytopological hinge states.

Observation of Yamaji magic angles in bismuth surfaces