A hybrid surface code with erasure qubits placed in central rows and columns achieves better logical error rates per transmon than all-standard or all-erasure designs for certain near-term transmon budgets.
The XZZX surface code,
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Erasure Minesweeper: exploring hybrid-erasure surface code architectures for efficient quantum error correction
A hybrid surface code with erasure qubits placed in central rows and columns achieves better logical error rates per transmon than all-standard or all-erasure designs for certain near-term transmon budgets.