A shuttling-based silicon-spin architecture with logical qubits as mobile 1D strings can tolerate static defects by detecting them with monitor qubits and complementary-gap filtering, then reversing suspected corruption via snake surgery.
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Snakes on a Plane: mobile, low dimensional logical qubits on a 2D surface
A shuttling-based silicon-spin architecture with logical qubits as mobile 1D strings can tolerate static defects by detecting them with monitor qubits and complementary-gap filtering, then reversing suspected corruption via snake surgery.