Microsoft and Quantinuum develop 12 qubits, showcase chemistry simulation

SeniorTechInfo
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Unlocking Quantum Computing with Microsoft and Quantinuum

In a groundbreaking collaboration, Microsoft and Quantinuum have leveraged Azure Quantum’s qubit-virtualization system to transform Quantinuum’s H2 trapped-ion quantum computer into a powerhouse of innovation. By creating 12 highly reliable logical qubits, these teams have showcased the immense potential of quantum computing in solving complex scientific problems. Their recent achievements include accurately estimating the ground state energy of an important catalytic intermediate by integrating logical qubits with AI models and cloud high-performance computing (HPC).

Microsoft Quantum Innovation Series

Discover how quantum and AI are unlocking a new generation of hybrid applications for science.

Tripling the Number of Reliable Logical Qubits

Earlier this year, Microsoft and Quantinuum achieved a significant milestone by creating 12 highly reliable logical qubits on the H2 machine. By enhancing error-correction algorithms and optimization techniques, these logical qubits exhibited exceptional performance and reliability. The teams entangled all 12 logical qubits in a complex GHZ state, showcasing their superior circuit error rate compared to physical qubits. Through fault-tolerant computations and error correction, these logical qubits are paving the way for fault-tolerant quantum computing.

Solving Chemical Problems with Quantum Computing, HPC, and AI

By utilizing logical qubits, cloud HPC, and AI models in tandem, Microsoft and Quantinuum successfully solved a chemistry problem, demonstrating a novel approach to scientific computing. The integration of quantum computation, HPC simulations, and AI analysis led to accurate estimations of chemical properties and ground-state energies, showcasing the potential of quantum-classical hybrid computing in chemistry applications.

Driving Innovation in Quantum Computing

Continuing to push the boundaries of quantum computing, Microsoft is extending its qubit-virtualization system to diverse qubit architectures, including ion-trap and neutral-atom qubits. As quantum hardware and software evolve, the path to achieving scientific quantum advantage becomes clearer, with the promise of addressing complex global challenges.

Empowering Quantum Computing with Azure Quantum

Microsoft’s Azure Quantum compute platform offers access to reliable logical qubits, accelerated simulations, Copilot for Azure Quantum, and advanced AI models. By combining the powers of quantum computing, classical computing, and AI, Azure Quantum is at the forefront of driving innovation in quantum technologies while prioritizing responsible development and deployment practices.

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