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Developing in either of these environments leverages the rich functionality of the Quantum Development Kit (QDK) extension, which includes submitting quantum jobs via the Azure CLI, warnings, syntax highlighting, project templates, and more.Īlternatively, you can go to Azure portal and under your Quantum workspace > Overview, you'll find a link to local configuration install guide at the bottom of the page. While you can build Q# applications in any IDE, we recommend using Visual Studio Code (VS Code) or Visual Studio IDE for developing your Q# applications. Use Q# and Python with Visual Studio and Visual Studio Code

Use the QDK with a pre-configured Docker image.

Use Q# and Python with Jupyter Notebooks.

Use Python with Qiskit, Cirq, or Azure Quantum optimization solvers.

Use Q# and Python with Visual Studio Code or Visual Studio.

The Jupyter Notebooks environment is built-in to the Azure Quantum portal or can be installed on your local computer.Īccessing remote quantum hardware and submitting jobs to the Azure Quantum service requires an Azure account with an active subscription. This environment is ideal for writing Python and Q# code with embedded explanations or creating quantum computing interactive tutorials. Jupyter Notebooks allow running code in-place alongside instructions, notes, and other content.

Use your preferred IDE and language locally and submit jobs to Azure Quantum.

Use a Jupyter Notebook in the Azure Quantum portal and submit jobs to Azure Quantum (recommended).

NET languages (C#, F#, and VB.NET) with Q#Ĭhoose from several development environment options:

Azure CLI extension to manage the Azure Quantum service and submit Q# applications.

Extensions for Visual Studio Code and Visual Studio.

The IQ# kernel for running Q# on Jupyter Notebooks.The Q# programming language and libraries.Python packages to submit Qiskit and Cirq applications, Q# applications, or optimization problems (QIO) to the Azure Quantum service.With the QDK, you can develop quantum computing applications using different IDEs and languages, and run them on quantum simulators or quantum hardware using Azure Quantum. Learn about the different environment options available to develop quantum computing and optimization applications using the Azure Quantum service.Įvery environment uses the Quantum Development Kit (QDK), an open-source set of tools that includes the quantum programming language Q# and accompanying libraries.