‘Foundations of Quantum Programming, 2nd Edition’ is a comprehensive reference on quantum programming or writing structured programs in quantum notation. It teaches the first steps and complicated notions of quantum programming necessary for a common developer and a quantum chemist. The book explains how methods useful in traditional computers can also be applied to these quantum computers and presents methods that are explored primarily due to the quantum solution’s features.
In the book “Foundations of Quantum Programming, 2nd Edition”, possible models of quantum programming are described, starting with the simple Sequential model and completing with the parallel and Distributed ones. Hence, one-way quantum programming was demarcated from classical programming was through the superposition of data and programs. However, it also describes various tools for probing and analyzing quantum programs, and examples of using the tools include techniques for reasoning about the correctness of the program as well as the program’s behavior.
In this edition, major focuses are encountered, such as a linear approach to explaining quantum programming theory, modest methodologies, and tools for quantum programming, as well as mathematics and physics in computing sciences. This is why the book “Foundations of Quantum Programming, 2nd Edition ” is excellent for both academic and practitioner audiences; it gives introductions to the new trends and concepts in the domain of quantum programming, such as parallel and distributed quantum programming and several program analyses.
Foundations of Quantum Programming, 2nd Edition Table of Contents:
- Preface to the Second Edition
- Preface to the First Edition
- Acknowledgments
- Introduction
- Preliminaries
- Sequential Quantum Programs
- verification and Analysis
- Parallel and Distributed Quantum Programs
- Quantum Control Flows
- Prospects
- Omitted Proofs in the Main Text
Who is this course for?
- Students: The research will be relevant specifically to those engaged in quantum computing, computer science, or similar fields so that they can become conversant with quantum programming.
- Researchers: Scientific and industrial researchers who may be interested in a rigorous reference on ideas and approaches to QIP programming.
- Developers: The audience will also include software developers who want to migrate from classical to quantum programming.
- Educators: The first group consists of individuals who are teachers and professors in learning institutions and who require a systematic framework from which they can begin to explain quantum programming to their learners.
- Quantum Engineers: Researchers involved in quantum engineering are required to know the programming side of quantum systems.
- Computer Scientists: People with a computer science background but would like to learn more about quantum computing.
- Mathematicians: Anybody who wishes to understand the mathematical concepts and methods employed in quantum programming.
- Physicists: Those who wish to learn more about computational aspects of physics and especially about quantum mechanics.
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