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Quantum Development Kit Samples

These samples demonstrate the use of Q# and the Quantum Development Kit for a variety of different quantum computing tasks.

Many samples can be used directly in your browser using either Q# on its own, or Q# together with Python. Alternatively, you can create a new command line terminal to run most Q# standalone samples, as well as samples that demonstrate how to use Q# together with Python or .NET.

A small number of the samples have additional installation requirements beyond those for the rest of the Quantum Development Kit. These are noted in the README.md files for each sample, along with complete installation instructions.

Sample		Run in browser...		Run at command line...
Getting started:	Intro to IQ#	Q# notebook
	Measurement			Q# standalone
	Quantum random number generator			Q# standalone
	Simple quantum algorithms			Q# standalone
	Teleportation			Q# standalone
	Cirq		Cirq + Python	N/A
	Qiskit		Qiskit + Python	N/A
	Provider-specific format		Provider-specific format + Python	N/A
	Simulation	Q# notebook
Algorithms:	CHSH Game			Q# standalone
	Database Search	Q# notebook		Q# standalone
	Deutsch–Jozsa w/ noise	Python notebook			Q# + .NET
	Noisy amplitude estimation	Q# + Python			Q# + .NET
	Integer factorization		Q# + Python
	Oracle synthesis			Q# standalone
	Order finding			Q# standalone
	Repeat-Until-Success (RUS)			Q# standalone
	Reversible Logic Synthesis		Q# + Python	Q# standalone
	Simple Grover's Algorithm			Q# standalone
	Variational quantum algorithms		Q# + Python
	Sudoku solving with Grover's				Q# + .NET
	A practical introduction into quantum signal processing (QSP)		Qiskit + Python
Arithmetic:	Adder	Q# notebook
Azure Quantum service:	Hello world		Q# + Python
			Qiskit + Python
			Cirq + Python
	Chemistry		Q# + Python
	Shorter Quantum Circuits dataset		Python
	Resource Estimation		Q# + Python, Qiskit + Python	Q# standalone
	Variational quantum eigensolvers		Qiskit + Python
	Grover's search			Q# standalone
	Hidden shift			Q# standalone
	Parallel QRNG	Q# notebook	Q# + Python	Q# standalone
	Ising model simulation			Q# standalone
	Teleportation			Q# standalone
	Getting started with Integrated Hybrid Computing	Q# notebook	Q# standalone
	Three Qubit Repetition Code	Q# notebook	Q# standalone
	Iterative Phase Estimation	Q# notebook	Q# standalone
	Introduction to Sessions		Qiskit + Python
	Data management	Python notebook
Characterization:	Bayesian Phase Estimation			Q# standalone
	Process tomography		Q# + Python
	Randomized benchmarking		Q# + Python
Chemistry:	Hamiltonian analysis		Q# + Python		Q# + .NET
	Hubbard model (data model)				Q# + .NET
	Hubbard model (simulation)				Q# + .NET
	Gate counting				Q# + .NET / PowerShell
	LiH (GUI)				Q# + .NET / Electron
	Molecular hydrogen (command-line)				Q# + .NET
	Molecular hydrogen (GUI)				Q# + .NET / Electron
	Simulation (GUI)				Q# + .NET
	Python interoperability		Q# + Python
Characterization:	Bayesian Phase Estimation			Q# standalone
Diagnostics:	Dumping states and operations	Q# notebook
	Facts and assertions	Q# notebook
	Unit testing				Q# + .NET
	Visualizing quantum programs	Q# notebook
Error correction:	Bit flip code			Q# standalone
	Syndrome measurement			Q# standalone
Interoperability:	Python		Q# + Python
	.NET				Q# + .NET
Machine learning:	Half moons (serial)		Q# + Python		Q# + .NET
	Half moons (parallel)				Q# + .NET
	Half moons (parallel)		Q# + Python		Q# + .NET
Numerics:	Custom modular addition			Q# standalone
	Evaluating functions			Q# standalone
	Resource counting			Q# standalone
Runtime:	Auto-substitution			Q# standalone
	Oracle emulation				Q# + .NET
	⟨q|pic⟩ simulator				Q# + .NET
	Reversible simulator (simple)				Q# + .NET
	Reversible simulator (advanced)				Q# + .NET
	Simulator w/ overrides				Q# + .NET
	State visualizer				Q# + .NET
Quantum simulation:	H₂ (command-line)			Q# standalone
	H₂ (GUI)				Q# + .NET / Electron
	Hubbard model			Q# standalone
	Ising model			Q# standalone
	Gaussian state preparation		Q# + Python	Q# standalone
	Quantum approximate optimization algorithm			Q# standalone