An analytical decoupling-efficiency formula selects time-optimized AXY two-qubit gates, which are then used in a (2+1)-spin repetition code that corrects phase errors with simulated fidelity above 98.5%.
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Towards quantum error correction with two-body gates for quantum registers based on nitrogen-vacancy centers in diamond
An analytical decoupling-efficiency formula selects time-optimized AXY two-qubit gates, which are then used in a (2+1)-spin repetition code that corrects phase errors with simulated fidelity above 98.5%.