Jason Chadwick
Jason D. Chadwick
Quantum computing Ph.D. student
University of Chicago
jchadwick@uchicago.edu

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Figure 7. Logical memory performance of surface code of varying distance and varying fraction of erasure qubits, distributed according to our optimized heuristic. Top: For fixed code distance \(d=7\), increasing the fraction of erasure qubits improves \(d_\text{eff}\), evidenced by a steeper slope. Bottom: Increasing the fraction of erasure qubits also increases \(p_\text{th}\), the crossing point for different distances.