Error Estimation
A rough estimate of the effective error rate of a computation, derived from a simplified noise model and the qubit count, circuit depth, and base error rate.
What this means:
The target effective error rate cannot be satisfied.
1.00e-70.1000
Effective Error Rate (%)
Generating heatmap...
How much error do you want to tolerate? The higher the effective error rate, the less likely it is for the computation to produce the correct result.
E.g. an effective error rate of 50% means that when the computation should produce state 'A', noise causes it to be measured as 'A' only half of the time. Any measurement that is not 'A' is considered an error.
E.g. an effective error rate of 50% means that when the computation should produce state 'A', noise causes it to be measured as 'A' only half of the time. Any measurement that is not 'A' is considered an error.