IonQ Forte
Available Since 2022
Forte is the latest evolution towards a software-configurable quantum computer. Qubit and gate configuration can be tailored to user needs, creating a truly dynamic and flexible system.
Push the Boundaries of Computing
With 36 qubits and an #AQ of 36, Forte represents IonQ’s largest single core quantum processor and our highest performing system to date.
Learn MoreAn Exclusive System
As our highest performing quantum system, Forte is in high demand. A limited number of researchers and customers will have access to Forte in 2023.
Learn MoreShape the Future of Computing
Forte’s technology represents a turning point in trapped ion architecture. Access to this foundational system will help drive development of future systems.
Learn MoreIonQ's Highest Performing, Commercially Available Quantum Computer
IonQ and Airbus
Cargo Loading Optimization
Developing quantum solutions for constrained optimization problem applied to cargo loading- Using IonQ Forte, demonstrated largest variational optimization problem executed on a QPU
- Foundation for creating solutions platform for variational quantum algorithms
Why Trapped Ion Technology?
By adding full software configurability, Forte represents a major advancement over previous trapped ion systems. Beyond Forte, IonQ’s technical roadmap aims to deliver the full suite of trapped ion advantages below.
Highest Gate Fidelity
Ion qubits have achieved the lowest gate error rate of any quantum technology.
All-To-All Connectivity
Any qubit in the system can be directly entangled with any other qubit.
Fully Software Configurable
IonQ’s trapped ion architecture can be configured to meet various computational demands.
Longest Coherence Times
Ion qubits have achieved the longest coherence times of any quantum technology.
Clear Path to Error Correction
We believe trapped ions will require fewer total qubits for error correction compared to other quantum.
Explore Forte's Unique System Architecture
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Forte Specifications
#AQ 36
With Configurable Error Mitigation
Forte is the world's most useful quantum computer. #AQ measures the usefulness of a quantum computer. For example, with Forte's configurable error mitigation, #AQ 36 would mean you could successfully run quantum algorithms of ~980 entangling gates on up to 36 qubits.
Learn more about AQ
The above figure shows the measurement results for the various industry used benchmark algorithms on IonQ Forte
36
#AQ
With Configurable Error Mitigation Algorithmic Qubits (#AQ) is a summary metric that counts the number of algorithmically “useful” qubits in a quantum system.36
Qubit Count The number of physical qubits in the system. The closer #AQ is to qubit count, the higher quality the qubits in the system.
0.02%
1-Qubit Gate Error This characterization of 1Q gate infidelity is the 1Q randomized benchmarking error rate, as measured by Clifford Randomized Benchmarking and described in this paper. Forte's 1Q gate error is about two parts in ten thousand (0.02%).
0.4%
2-Qubit Gate Error This characterization of Forte 2Q gates is the randomized benchmarking error rate, as measured by Direct Randomized Benchmarking. Forte's 2Q gate error is about forty parts in ten thousand (0.4%).
0.5%
SPAM Error The average error introduced during state preparation and measurement. Forte's SPAM error is about fifty parts in ten thousand (0.5%), and our new Barium system can do about four in ten thousand. More on SPAM and Barium
10–100s, ~1s
T1 & T2 Time Two factors of the amount of time a qubit “stays a qubit,” T1 measures how long you can tell what’s a one vs a zero, and T2 measures phase coherence.
Make History on IonQ Forte
Get AccessYou can be the next person to solve most complex and challenging problems in the industry by becoming an early access partner.
Problems of Interest:
Multivariate Financial Models
Chemistry Simulations
Hybrid Machine Learning Models
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Consulting services from IonQ's quantum scientists and application developers.
Learn About #AQ
A benchmark that measures what matters most: a system's value to your organization.