reversible-logic-synthesis

page_type	languages	products	description	jupyter
sample	qsharp python csharp	qdk	This sample shows how to use Q# to decompose reversible logic into quantum operations.	jupytext kernelspec cell_markers text_representation region,endregion extension format_name format_version jupytext_version .md markdown 1.2 1.5.2 display_name language name .NET (PowerShell) PowerShell .net-powershell

Reversible Logic Synthesis

This sample demonstrates:

• How to use Q# to decompose permutations into quantum operations.
• How to apply decomposed permutations in algorithms such as hidden shift.

Prerequisites

• The Microsoft Quantum Development Kit.

Running the Sample

This sample can be run in a number of different ways, depending on your preferred environment.

Python in Visual Studio Code or the Command Line

At a terminal, run the following command:

python host.py

Q# in Visual Studio Code or the Command Line

At a terminal, run the following command:

dotnet run

Q# in Visual Studio 2019

Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set ReversibleLogicSynthesis.csproj as the startup project. Press Start in Visual Studio to run the sample.

Manifest

• ReversibleLogicSynthesis.qs: Main Q# code for this sample.
• host.py: Python host program to call into the Q# sample.
• ReversibleLogicSynthesis.csproj: Main Q# project for the sample.