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The chiral topological superconductor, which supports propagating nontrivialedge modes while maintaining a gapped bulk, can be realized hybridizing aquantum-anomalous-Hall thin slab with an ordinary $s$-wave superconductor. Weshow that by sweeping the voltage bias in a normal-hybrid-normal doublejunction, the pattern of electric currents in the normal leads spans three mainregimes. From single-mode edge-current quantization at low bias, to double-modeedge-current oscillations at intermediate voltages and up to diffusive bulkcurrents at larger voltages. Observing such patterns by resolving the spatialdistribution of the local current in the thin slab could provide additionalevidence, besides the global conductance, on the physics of chiral topologicalsuperconductors.

Quantum-anomalous-Hall current patterns and interference in thin slabs of chiral topological superconductors