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Quantum
Microsoft QuantumIntroducing Majorana 2Microsoft's latest quantum processing unit contains topological qubits that perform operations quickly and reliably, accelerating progress toward scalable quantum computing. OUR MISSIONTo accelerate scientific discoveries for a better futureWe’re advancing quantum computing to take on some of the world’s most complex and consequential challenges. By combining quantum, AI, and high-performance computing, we’re empowering innovators to push beyond today’s limits and turn breakthrough ideas into real-world impact. Microsoft Quantum platformFrom qubits to code, one integrated system built to scale. The Microsoft Quantum platform works with the world's most powerful quantum machines. Gain access to state-of-the-art quantum hardware, reliable logical qubits, advanced AI models, and more. From qubits to code, one integrated system built to scale. The Microsoft Quantum platform works with the world's most powerful quantum machines. Gain access to state-of-the-art quantum hardware, reliable logical qubits, advanced AI models, and more. Microsoft Quantum Development KitAccelerate quantum development with AI-powered tools integrated with VS Code and GitHub Copilot, supporting multiple quantum languages and SDKs.
A multimodal approachThe Microsoft Quantum platform enables breakthroughs with multiple types of qubits through collaborative initiatives.
What's newMicrosoft’s quantum research center opens in MarylandWith the University of Maryland and our industry partners, Microsoft Quantum has opened a new quantum research center, which includes a hands-on quantum hardware makerspace. The scalable logical qubits that will enable utility-scale quantum computingImproving qubit stability
Majorana 2 achieves unprecedented qubit stability, marking a major step toward practical topological quantum computing. FEATURED SERIESBuilding the Modern Quantum Architecture with Dr. Matthias TroyerExplore the future of quantum computing with this series of videos presenting a high-level view of the architecture, challenges, and expected impact of utility-scale quantum systems. Part 1: Utility-scale quantum applicationsWhere is quantum computing heading—and what will it take to reach utility scale? Dr. Matthias Troyer charts the path from theory to transformative applications. Part 2: Utility-scale quantum architectureHow do you build a utility-scale quantum computer? Join Dr. Matthias Troyer on a journey from high-level code to qubit control—and explore the architecture behind it. Part 3: Quantum resource estimationHow big does a quantum computer need to be to solve a real problem? Dr. Matthias Troyer explains how quantum resource estimation guides full-stack design. Magne, the world’s first Level 2 quantum computerMicrosoft and Atom Computing will bring to QuNorth the world’s most powerful quantum computer and the first operational deployment of a machine powered by logical qubits. Microsoft and Atom Computing will bring to QuNorth the world’s most powerful quantum computer and the first operational deployment of a machine powered by logical qubits. Take your next step in quantumChoose your path to build your quantum knowledge, prepare your organization, or put quantum ideas into action. Start with the fundamentalsExplore articles and videos that break down core concepts — from qubits and superposition to how quantum computers will solve problems beyond the reach of classical machines. Get quantum readyFind opportunities for quantum to create value and take practical steps to prepare your organization for what’s next. Quantum Pioneers ProgramPut your ideas to the test and explore new possibilities through the Quantum Pioneers Program. Help shape tomorrow's quantum future |
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