description
Guide

How To Read an Algorithmic Qubits (#AQ) Chart

Developers
Section 1:
Get Started
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Section 2:
Learn Quantum Programming
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Section 3:
Case Studies
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Section 4:
Quantum Applications
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Section 5:
Dive Deep Into Quantum Hardware
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Last updated: January 18, 2024
IonQ Staff

Algorithmic Qubits (#AQ) is a tool for showing how useful a quantum computer is at solving real problems for customers, by summarizing its ability to run select benchmark quantum algorithms most often used for applications. The single-number score provides a quick way for a broad spectrum of customers and users to compare systems, and represents IonQ's point of view on how the quantum industry should express the capabilities of near-term hardware.

A full #AQ run comes with a graphic, adapted from the visual representation of the QED-C benchmarks that go into #AQ, showing every run of these benchmarks that went into calculating it. For those who want to dig a little bit deeper into the details of this representation, we’ve prepared a graphic to help understand what it says and how to read it.

For more on #AQ, you can read our full #AQ blog post outlining the motivation behind the standard, the specific rules used to calculate it, and the results for our latest system, IonQ Aria.

Next Resource:

Algorithmic Qubits: A Better Single-Number Metric

Designing a KPI that matters for real workloads

IonQ Staff
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