• Improved performance of logical qubits: Microsoft demonstrated record-breaking logical qubits that have an error rate 800 times lower than physical qubits. Logical qubits combine multiple physical qubits to form more stable quantum units that are resistant to noise and errors.

• 12 high-reliability entangled logic qubits: Microsoft worked with Quantinuum to virtualize and entangle 12 high-reliability logic qubits, setting a record for the largest number of entangled logic qubits with extremely high computational accuracy. This achievement means that the complexity and scalability of quantum computing have been significantly improved.

• Hybrid computational chemistry simulation: Microsoft demonstrated the first chemical simulation that combines logical quantum computing, cloud high-performance computing (HPC), and artificial intelligence (AI). This simulation shows how quantum computing can play a role in solving practical problems (such as chemistry, materials science, life sciences, etc.). This marks that quantum computing is entering a stage where it can solve real-world problems.

• Error correction technology: Through improved quantum error correction codes, Microsoft's virtualized system achieved a 22-fold improvement in the circuit error rate between physical quantum bits and logical quantum bits. This means that quantum computing maintains the accuracy of calculations for a longer period of time, solving the main obstacle in current quantum computing - the noise problem.

• Combination of quantum and AI: Microsoft's Azure Quantum platform is not just a quantum computing platform, it also combines cloud computing and artificial intelligence to form a hybrid computing environment. This combination allows quantum computing to handle complex problems that current classical computers cannot solve, while improving computing efficiency through AI models and shortening research and development time.

Collaboration with Atom Computing

• More powerful quantum hardware development: Microsoft is working with Atom Computing to launch the world's most powerful quantum computer. This collaboration will integrate Atom Computing's neutral atom hardware into the Azure Quantum platform to provide new quantum computing solutions. Atom Computing's hardware can handle more physical quantum bits and has the characteristics of long-term quantum state retention and high fidelity, which is suitable for expanding quantum computing.

• Second Generation Quantum Computers: Atom Computing is building second generation quantum computing systems with over 1,200 physical qubits, and plans to increase this number tenfold in future generations of hardware. This expansion enables quantum computing to achieve scientific and commercial advantages.

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