DestinE-Platform-Quantum-Tutorials
Welcome on DestinE-Platform-Quantum-Tutorials repository! This repository contains four illustrative examples designed to introduce key concepts in quantum computing using Qiskit. This framework was chosen because of its advanced features, flexibility and is therefore the ideal context to analyze the basic properties of qubits.
-Contents
- Qubit Basics
In the first example, Qubit_basics, we introduce fundamental operations on qubits and the corresponding quantum gates provided by Qiskit.
- Entanglement
The second example explores the concept of quantum entanglement, highlighting some of its most distinctive physical properties through practical demonstrations.
- Quantum Sensors Simulation
In the third example, we examine how quantum computing can be leveraged to simulate advanced sensing technologies, showcasing potential applications in precision measurement.
- Shor’s Algorithm
The fourth example implements the well-known Shor’s algorithm to factorize the number 15, with strong evidence of super-polynomial speedup compared to classical equivalents.
- Range doppler algorithm
The fifth example implements a quantum version of a radar signal processing algorithm, which is thought to offer advantages over its classical counterpart.
-Requirements Python Qiskit
-Purpose
These examples aim to provide a clear and progressive introduction to quantum computing concepts, from basic qubit manipulation to advanced algorithms.
-License
This project is open-source