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Variables are declared using either let or mutable.Results are returned using the return keyword.Lambda functions using the => operator.Qubits are allocated and disposed inside a using block.Variable data types such as Int Double String and Bool are similar, although capitalised (and Int is 64-bit).Curly braces are used for statements of scope.Q# is syntactically related to both C# and F# yet also has some significant differences. Microsoft hosts a set of learning exercises to help learn Q# on GitHub: microsoft/QuantumKatas with links to resources, and answers to the problems.
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Microsoft has also hosted a Quantum Coding contest on Codeforces here: Microsoft Q# Coding Contest - Codeforces, and also provided related material to help answer the questions in the blog posts, plus the detailed solutions in the tutorials.
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Microsoft Quantum Github repository is also a large collection of sample programs implementing a variety of Quantum algorithms and their tests.
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The quantum simulator that is shipped with the Quantum Development Kit today is capable of processing up to 32 qubits on a user machine and up to 40 qubits on Azure.Ĭurrently, the resources available for Q# are scarce, but the official documentation is published: Microsoft Developer Network: Q#. The hardware stack that will eventually come together with Q# is expected to implement Qubits as topological qubits. As a consequence, some of the most prominent features of Q# are the ability to entangle and introduce superpositioning to qubits via Controlled NOT gates and Hadamard gates, respectively, as well as Toffoli Gates, Pauli X, Y, Z Gate, and many more which are used for a variety of operations see the list at the article on quantum logic gates. NET programming language, usually C#, is used, which provides the (classical) input data for the simulator and reads the (classical) output data from the simulator.Ī primary feature of Q# is the ability to create and use qubits for algorithms. In order to invoke the quantum simulator, another. The Quantum Development Kit ships with a quantum simulator which is capable of running Q#. Q# is available as a separately downloaded extension for Visual Studio, but it can also be run as an independent tool from the Command line or Visual Studio Code. Īt Build 2019, Microsoft announced that it is open-sourcing the Quantum Development Kit, including its Q# compilers and simulators. On December 11, 2017, Microsoft released Q# as a part of the Quantum Development Kit. During a Microsoft Ignite Keynote on September 26, 2017, Microsoft announced that they were going to release a new programming language geared specifically towards quantum computers.