QuantumComputingQSharpIntroduction2018
This Visual Studio Solution uses the Quantum Development Kit extension for Visual Studio 2017 and contains four Q# projects plus an additional C# class library. Each Q# project is an example of an algorithm talked about during the Quantum Computing Deep Dive talk.
1. Introduction
This example will run the bitflip (X) gate on a qubit with state |0> and a qubit with state |1> and it will put a qubit in superposition ,measuring it 10.000 times, resulting in about 5.000 times |0> and about 5.000 times |1>.
2. Deutschs Algorithm
This example implements the Deutsch algorithm to evaluate if a blackbox function (Constant-Zero, Constant-One, Identity, Negation) is a constant or variable function.
3. Entanglement
This example entangles two qubits and measures them 10.000 times, resulting in about 5.000 times the state |00> and about 5.000 times the state |11>.
4. Teleportation
This example teleports a message qubit between two entangled qubits, one from Alice and one from Bob. The experiment is executed 10 times where the message is a random qubit state of |0> or |1>.