Announcing Generative Chemistry and Accelerated DFT
Code with Azure Quantum
Write and run quantum code right from your browser with help from Copilot in Azure Quantum.
Learn quantum computing
Try the quantum 'katas', self-paced online tutorials with an integrated AI assistant.
Quantum & cryptography
Investigate the impact of future scaled quantum computers on popular encryption algorithms.
Explore the free whitepaper
Learn to accelerate materials science with high-performance computing and AI
Learn quantum computing
Check out the new tutorials on quantum oracles, using Grover's search, and more!
June 18th, 2024 announcement
Learn how Microsoft is empowering scientists with AI-augmented scientific discovery
Microsoft's quantum leap
Read WIRED's latest story on Microsoft's mission to create topological qubits
May 30th, 2024 announcement
In collaboration with Microsoft, Photonic demonstrates quantum entanglement at telecom wavelengths
Learn quantum
Quantum coding
Learn quantum coding with help from Copilot in Azure Quantum. Write and run quantum code right from your browser, or ask Copilot for a sample then copy, run, and explore.
Learn about quantum chemistry with Azure Quantum’s 3D interactive viewer. Ask copilot to show you a molecule and orbital visualization, or select one of the prompts to get started.
Try the Azure Quantum “katas”: free, self-paced quantum programming exercises that teach the elements of quantum computing and the Q# programming language.
Grow your understanding of the intersection of quantum computing and cryptography with the Azure Quantum Resource Estimator and Copilot in Azure Quantum.
Explore a wide variety of technical topics with the Quantum Development blog. Written directly by the Azure Quantum team and frequently updated, the Q# Blogs offer how-tos, coding examples, and a view into the latest developments, features, research and events from the Azure Quantum team.
8 billion reasons to build a quantum supercomputer
For scientists to solve the hardest, most complex chemistry and materials science problems like reversing climate change and addressing food insecurity, a Quantum Supercomputer will be required. Yet, today, every known quantum machine on the planet is blocked from achieving the necessary reliable quantum operations performance of one million reliable quantum operations per second (rQOPS).
Learn about Microsoft’s recent breakthroughs and unique approach to building a scaled Quantum Supercomputer.
Scaled quantum computing offers great hope and great potential, but we must remain vigilant about the potential misuse of scaled quantum computers, which could, for example, threaten cryptographic algorithms and secure communications.
Learn more about this important topic, including how Microsoft’s Quantum-Safe program can help you prepare today for a quantum-safe future.
Azure Quantum offers free learning resources to help you get quantum ready. Browse the video playlist, code samples, or explore the core concepts of quantum computing, chemistry, and materials science.
Quantum computing holds the promise of solving some of our planet's biggest challenges - in the areas of environment, agriculture, health, energy, climate, materials science, and more.
Reliable Quantum Operations Per Second rQOPS will measure a supercomputer’s full performance accounting for scale, speed and reliability. Learn more about this important concept