Azure Quantum documentation

Learn about quantum computing with the Azure Quantum service. Use Python and Q#, a language for quantum programming, to create and submit quantum programs in the Azure portal, or set up your own local development environment with the Quantum Development Kit (QDK) to write quantum programs.

About Azure Quantum

Overview

• What is Azure Quantum?

Deploy

• Create a quantum workspace

Reference

• List of quantum hardware providers
• Types of quantum target profiles

Training

• Training path - Get started with Azure Quantum

Get started with Q# and the Quantum Development Kit

Download

• Set up the Quantum Development Kit

Overview

• What is Q#?

Quickstart

• Create your first Q# program

Tutorial

• Create a quantum random number generator
• Explore quantum entanglement
• Implement Grover's algorithm

Advanced development with the Quantum Development Kit

Overview

• Submit Q# programs to Azure Quantum with Visual Studio Code

How-To Guide

• Work with Q# projects
• Debug and test Q# programs
• Use sessions to group multiple jobs
• Run hybrid quantum computing programs
• Visualize quantum circuit diagrams

Azure Quantum Resource Estimator

Overview

• What is the Azure Quantum Resource Estimator?

Quickstart

• Run your first resource estimation program

Reference

• Customize the target parameters of the Resource Estimator
• Retrieve the output of the Resource Estimator

How-To Guide

• Compare multiple configurations of parameters in a single job

Manage your Azure Quantum resources

Overview

• Azure Quantum Credits
• Azure Quantum pricing plans
• Limits and quotas

How-To Guide

• Connect to your quantum workspace
• Share access to your quantum workspace