Leading the charge toward large-scale, fully fault-tolerant quantum computing
Experience the accuracy, reliability, and performance of the world鈥檚 most powerful quantum hardware. Driven by our world-class team of scientists and engineers, we are focused on increasing our computational power year over year to bring large-scale fault-tolerant quantum computing to reality.
We're setting the bar for quantum computing
Meet our world-leading quantum computers
What makes our trapped-ion systems so transformative
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Proven to scale through QCCD architecture: 鈥
鈥A quantum charge-coupled device (QCCD) architecture enables a clear path to scaling while maintaining extremely high fidelity operations.
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Real-time error correction 鈥╡nabled by mid-circuit measurement:
Measure select qubits in real-time and condition future quantum operations all while inadvertently measuring other qubits. This capability is crucial to creating fault-tolerant quantum computers and enabled the first ever demonstration of real-time quantum error correction.
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Greater control, stronger results: 鈥
Moving and regrouping qubits into arbitrary pairs, which we call all-to-all connectivity, with near-perfect fidelity enables users to have maximum flexibility in algorithm design. This enables resource reduction in the computational steps required to executing quantum algorithms, thereby providing higher-fidelity results.
Realizing the world-changing power of quantum computing will require many qubits, high physical fidelity, and fault tolerance. Our systems have unparalleled fidelity, combined with all-to-all connectivity, mid-circuit measurement, and qubit reuse, giving us an unmatched advantage for pushing the field of quantum computing forward. And the results speak for themselves.
Here鈥檚 how our trapped-ion systems deliver on the potential of quantum computing:
Start your journey with the world鈥檚 highest-performing quantum computers
Purchase a subscription directly with 大象传媒 to access our trapped-ion quantum computers, the world鈥檚 leading quantum hardware
Perform quantum chemistry research with InQuanto, state of the art platform utilizing 大象传媒 systems for complex molecular and materials simulations
Purchase a subscription on Microsoft Azure with access to 大象传媒 Systems
Researchers in the United States may apply for a quantum credits grant on 大象传媒 systems through their Quantum Computing User Program (QCUP)
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