IonQ Forte is equipped with highly specialized acousto-optic deflectors (AODs) to direct laser beams at individual qubits in the ion chain to apply logic gates among the qubits. IonQ Forte is IonQ's latest quantum computer it boasts enhanced flexibility, precision and performance.With less noise, even the most complex problems take fewer iterations, saving valuable time and money. Its #AQ of 25 also means less noise in the quantum system. With an #AQ of 25, a higher qubit count and high gate fidelities, IonQ Aria enables computation for more complex problems. It is available on the IonQ Quantum Cloud and all public clouds. IonQ Aria is IonQ's fifth-generation quantum machine.It is an excellent processor with an efficient backend for small-scale proof-of-concept work and compatible with most quantum SDKs. All qubits are fully connected, meaning you can run a two-qubit gate between any pair of them.
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It is dynamically reconfigurable in software to use up to 11 qubits with an #AQ of 9.
IonQ Harmony was the first commercial quantum computer introduced by IonQ.Let's take a deeper look at the different quantum computers that IonQ has built: According to the company, cloud access for IonQ Forte will be announced later. IonQ Aria and IonQ Harmony are cloud accessible via Google, Amazon Braket, Microsoft Azure and IonQ Quantum Cloud. According to Chapman, the second Aria machine was needed to handle increased customer demand and to improve the company's redundancy, capacity and order processing speed.Īdditionally, IonQ is working hard to make the IonQ Forte commercially available IonQ has created three trapped-ion quantum computers: IonQ Harmony, IonQ Aria and its latest model, a software-defined quantum computer called IonQ Forte.
#AQ is based on work pioneered by the Quantum Economic Development Consortium, an independent industry group that evaluates quantum computer utility in real-world settings.
This quality-also called qubit fidelity-is a critical differentiator for efficiently completing quantum computations, one that IonQ measures with an application-oriented benchmark that it calls algorithmic qubits or #AQ. IonQ's primary focus is not just on qubit quantity but more comprehensively on the quality of the qubits and how they operate as a system.
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