Build quantum solutions today
Quantum computing makes use of wave-like properties of nature to encode information in qubits that can process highly complex calculations more quickly. Where current computers would require billions of years to solve some of the world’s most challenging problems, a scaled quantum computer may find a solution in weeks, days, or hours.
Azure Quantum is a one-stop shop that gives you the freedom to create your own path to scalable quantum computing, leveraging an open ecosystem of partners and technologies. Through a familiar Azure environment, you’ll have access to all the tools and resources you need to quickly ramp up in quantum computing, build for your quantum future, and have an impact with quantum technology today.
An open ecosystem, enabling you to access diverse quantum software, hardware, and solutions from Microsoft and our partners
A trusted, scalable, and secure platform that will continue to adapt to our rapidly evolving quantum future
Quantum impact today, with pre-built solutions that run on classical and accelerated compute resources (also referred to as optimization solutions)
Get ready for your Azure Quantum experience with the Quantum development kit
The Quantum development kit is an open-source development kit to develop quantum applications and solve optimization problems. It includes the high-level quantum programming language Q#, a set of libraries, simulators, support for Q# in environments like Visual Studio Code and Jupyter Notebooks, and interoperability with Python or .NET languages.
Explore quantum solutions available on Azure Quantum
Azure Quantum partners with industry leaders to assemble and curate some of the most compelling and diverse quantum resources available today—including optimization and quantum hardware solutions—for developers and customers across all industries.
Azure Quantum enables you to learn, build, and deploy impactful solutions at scale, helping you harness quantum computing and benefit from the latest innovations.Become an early adopter
Honeywell quantum solutions
Trapped-ion system with high-fidelity, fully connected qubits, and the ability to perform mid-circuit measurement.
IONQ Trapped-ion quantum computer
Dynamically reconfigurable system for up to 11 fully connected qubits that lets you run a two-qubit gate between any pair.
Quantum Circuits, Inc.
Fast and high-fidelity system with powerful real-time feedback to enable error correction.
The Azure Quantum stack
Azure Quantum is a full-stack open cloud ecosystem. Build once and access a diverse set of quantum resources: pre-built solutions, dev tools, accelerated classical hardware, and quantum hardware.
Quantum hardware and classical compute
Many different types of quantum hardware are available today or are in development across the globe, including trapped-ion, superconducting qubits, and our approach based on topological qubits.
Our optimization solutions, developed with Microsoft partners, can be run on classical large-scale compute resources as well as hardware-accelerated on specialized hardware.
Azure Quantum gives you the flexibility to write your code once and run it on a diverse selection of classical and quantum hardware.
The integration of Azure Quantum with the wider Azure ecosystem enables you to make best use of existing hyper-scale cloud infrastructure right alongside your quantum solutions and quantum hardware.
Azure Quantum runs on the back of the most trusted and scalable hyper-scale cloud that will support you as your needs evolve.
Software, tools, and services
Azure Quantum provides a comprehensive open-source development kit that helps you implement end-to-end optimization solutions and develop programs to target a wide range of quantum hardware.
The Quantum development kit includes the high-level quantum programming language Q# and Python support to formulate and submit your optimization problems to Azure Quantum. The kit enables you to write code once and execute against multiple different targets. You can remain in a familiar environment, such as Jupyter Notebooks, Visual Studio Code, or Visual Studio, and make full use of powerful debugging and resource estimation capabilities to start designing algorithms and tackle your hardest problems.
Quantum computers will deliver value across numerous application areas. They include optimization problems spanning all industries, quantum simulation problems—simulating physical systems that are quantum in nature such as complex chemistry and materials science problems—and machine learning.
Documentation, resources, and learning material
Azure Quantum resources
See how customers are using Azure Quantum
Scott Genin, Head of Materials Discovery, OTI Lumionics
"In the field of computational chemistry, high accuracy property prediction is considered to be very difficult... Running our quantum computing methods with Azure Quantum optimization solutions, we are getting results that are more accurate than other algorithms."
Mark Griswold, PhD, Professor, Radiology, Case Western Reserve University
"Microsoft is providing optimized quantum inspired algorithms to really solve our hard problems, using them to make MRI faster, cheaper, and more efficient to help people all over the world with this technology."
Sriram Krishnamoorthy, Systems Software and Applications Team Lead, PNNL
"Microsoft Quantum Development Kit definitely makes it much easier to go from the chemistry product specification to the output that we care about."
John Haley, CEO, Willis Towers Watson
"By focusing on how we would model the problems on quantum computers… we are able to work with Microsoft to redefine the problems and speed up our solutions on existing hardware."
Patrick Ellis, Manager, Ford Research
"Ford brings the expertise from the problem areas and where the value really is for us, and Microsoft brings the Quantum expertise and the team together to help formulate a solution."
Frequently asked questions about Azure Quantum
Azure Quantum is currently in limited preview with select customers and partners and will move to public preview later this year.