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Adventures in computer sciencefrom c...

Moret-Bonillo, Vicente.

Adventures in computer sciencefrom classical bits to quantum bits /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Adventures in computer scienceby Vicente Moret-Bonillo.
Reminder of title:	from classical bits to quantum bits /
Author:	Moret-Bonillo, Vicente.
Published:	Cham :Springer International Publishing :2017.
Description:	xiii, 198 p. :ill., digital ;24 cm.
Contained By:	Springer eBooks
Subject:	Computer science.
Online resource:	http://dx.doi.org/10.1007/978-3-319-64807-1
ISBN:	9783319648071$q(electronic bk.)

Adventures in computer sciencefrom classical bits to quantum bits /
Moret-Bonillo, Vicente.

Adventures in computer sciencefrom classical bits to quantum bits /[electronic resource] :by Vicente Moret-Bonillo. - Cham :Springer International Publishing :2017. - xiii, 198 p. :ill., digital ;24 cm.

The Universe of Binary Numbers -- Back and Forth Computing -- Reversible Architectures -- The Principles of Quantum Mechanics -- Introducing Quantum Computing -- Feynman's Quantum Computer Machine -- Some Quantum Algorithms -- Concluding Remarks -- App. A: Mathematical Background -- App. B: Glossary of Terms Used in the Book.

The main focus of this textbook is the basic unit of information and the way in which our understanding of this has evolved over time. In particular the author covers concepts related to information, classical computing, logic, reversible computing, quantum mechanics, quantum computing, thermodynamics and some artificial intelligence and biology, all approached from the viewpoint of computer sciences. The book begins by asking the following nontrivial question: what is a bit? The author then discusses logic, logic gates, reversible computing and reversible architectures, and the concept of disorder. He then tries to establish the relationship between three essential questions that justify quantum approaches in computer sciences: the energy required to perform a real-life computation, the size of current processors, and the reversibility of quantum operations. Based on these concepts, the author establishes the conditions that justify the use of quantum techniques for certain kinds of computational tasks, and he uses formal descriptions and formal argumentations to introduce key quantum mechanical concepts and approaches. The rest of the book is formally different, focusing on practical issues, including a discussion of remarkable quantum algorithms in a treatment based on quantum circuit theory. The book is valuable for graduate students in computer science, and students of other disciplines who are engaged with physical models of information and computing.

ISBN: 9783319648071$q(electronic bk.)

Standard No.: 10.1007/978-3-319-64807-1doiSubjects--Topical Terms:

199325
Computer science.

LC Class. No.: QA76

Dewey Class. No.: 004

Adventures in computer sciencefrom classical bits to quantum bits /
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505 0 $a The Universe of Binary Numbers -- Back and Forth Computing -- Reversible Architectures -- The Principles of Quantum Mechanics -- Introducing Quantum Computing -- Feynman's Quantum Computer Machine -- Some Quantum Algorithms -- Concluding Remarks -- App. A: Mathematical Background -- App. B: Glossary of Terms Used in the Book.
520 $a The main focus of this textbook is the basic unit of information and the way in which our understanding of this has evolved over time. In particular the author covers concepts related to information, classical computing, logic, reversible computing, quantum mechanics, quantum computing, thermodynamics and some artificial intelligence and biology, all approached from the viewpoint of computer sciences. The book begins by asking the following nontrivial question: what is a bit? The author then discusses logic, logic gates, reversible computing and reversible architectures, and the concept of disorder. He then tries to establish the relationship between three essential questions that justify quantum approaches in computer sciences: the energy required to perform a real-life computation, the size of current processors, and the reversibility of quantum operations. Based on these concepts, the author establishes the conditions that justify the use of quantum techniques for certain kinds of computational tasks, and he uses formal descriptions and formal argumentations to introduce key quantum mechanical concepts and approaches. The rest of the book is formally different, focusing on practical issues, including a discussion of remarkable quantum algorithms in a treatment based on quantum circuit theory. The book is valuable for graduate students in computer science, and students of other disciplines who are engaged with physical models of information and computing.
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