The Microsoft approach to quantum computing
From development to deployment, Microsoft is empowering the quantum revolution with a complete approach to quantum systems.
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A clear view of emerging and hybridizing Majorana zero modes using epitaxial InAs-Al nanowires
The first signature of Majorana physics, identified experimentally at TU Delft in 2012, focused on a characteristic conductance peak at zero voltage. -
Normal, superconducting and topological regimes of hybrid double quantum dots
Majorana devices will generally be much more complicated than the single-junction or single quantum dot Majorana devices that have been realized in the literature so far. -
Powerful new developer tools increase the versatility of the Microsoft Quantum platform
Microsoft is committed to providing the tools that developers and scientists need to enable applications on quantum machines. -
Unlocking a new era for scientific discovery with AI: How Microsoft’s AI screened over 32 million candidates to find a better battery
Announcing the Microsoft Quantum team achieved a major milestone toward that vision, using advanced AI to screen over 32 million candidates to discover and synthesize a new material that holds the potential for better batteries—the first real-life example of many that will be achieved in a new era of scientific discovery driven by AI. -
The Upskilling Imperative: Azure Quantum for Educators
In our efforts to innovate across every layer of the Azure Quantum stack, we are pleased to launch Azure Quantum for Educators: a one-stop resource for curriculum, samples, and tools to facilitate the skilling up of a quantum-ready workforce. -
There’s no better time to join the quantum computing revolution
It’s an exciting time to be in quantum information science. -
Microsoft and Copenhagen University researchers create a new kind of quantum device
In a paper published this week in Nature Physics, a team of researchers from Microsoft and Copenhagen University demonstrated a novel heterostructure with remarkable properties. -
New Quantum Machine Learning library for the QDK
Quantum machine learning is a promising area of interest to those in the quantum community and those curious about how quantum computing will impact complex systems. -
Microsoft advances quantum computing vision and helps tackle real-world challenges
This week marks one year since Microsoft announced our bold vision of developing a scalable, full stack quantum computing solution. -
Developing a topological qubit
Learn what’s involved in the journey to create a topological qubit, including different stages of development, first-of-their-kind fabrication approaches, and an overview of the many fields of knowledge that come together to make this vision a reality. -
Six questions to ask when getting started with quantum development
If you’re thinking about getting into quantum development, you probably have a few questions.