Abstracts

Logical randomized benchmarking

Presenting Author: Joshua Combes, (IQC, Waterloo and Perimeter)
Contributing Author(s): Christopher Granade, Christopher Ferrie, Steven Flammia

Randomized Benchmarking is a characterization tool that is insensitive to state preparation and measurement errors. In many situations estimating the fidelity of a logical qubit from the physical fidelity can lead to over or under estimates. In this work we show how performing Randomized Benchmarking on a logical qubit can (i) help provide a more accurate assessment of the quality of the gates and physical channel, (ii) give estimates for the rates of correctable and uncorrectable errors.

(Session 9b : Friday from 4:00 pm - 4:30 pm)

 

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