Fig. 3: Circuit-level error thresholds in the presence of erasure errors.
From: Erasure conversion for fault-tolerant quantum computing in alkaline earth Rydberg atom arrays

a Scaling of the logical error rate with the physical qubit error rate p in the case of pure computational errors (Re = 0, open circles, dashed lines) and in the case of a high conversion to erasure errors, Re = 0.98 (filled circles, solid lines). The error thresholds are pth = 0.937(4)% and pth = 4.15(2)%, respectively, determined from the crossing of d = 11 and d = 15. The error bars indicate the 95% confidence interval in pL, estimated from the number of trials in the Monte Carlo simulation. b pth as a function of Re (The green star highlights Re = 0.98).