QUANTUM TELEPORTATION DEVELOPMENT AND DEPLOYMENT USING Q# LIBRARY AND C# CLIENT Articles

Abstract

Quantum computing has been considered a new generation of computer. Its basic unit, the qubit, is different from that in a regular computer, which is referred to as a classical bit. While the classical bit's value can be either 0 or 1, a qubit can be both 0 and 1 at the same time. Quantum computing is not a general-purpose computer; it is appropriate for some specific solutions, especially complicated problems in many fields, such as biology, logistics, information security, etc. Two major principles that are essential for quantum computing study are entanglement and teleportation. The big obstacles faced by new researchers in quantum computing, for a long time, have been not understanding the related mathematics easily and not having a clear sample software development and deployment methodology that matches theorems explanations. This paper addresses these problems by explaining quantum teleportation in simplified mathematics, showing how to apply quantum logic gates in the solution, and creating a runnable quantum teleportation Q# software library, which is later called from a C# client program. Though the Q# sample code in this paper runs on a quantum simulator, it can be used in a real quantum computing system that is based on the same architecture, like Microsoft Azure Quantum, as well.