Download PDF Quantum Computer Science: An Introduction
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Quantum Computer Science: An Introduction
Download PDF Quantum Computer Science: An Introduction
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Review
"...what it treats, it treats extremely well, with rigor and attention to detail that reveals a deep understanding of the subject... "I truly hope that Mermin's book will nurture the next generations of scientists in their understanding of things quantum computational --- or even just plain quantum." Barbara Terhal, IBM T.J. Watson Research Center for PHYSICS TODAYPre-Publication Endorsement: "... will be a standard for instruction and reference for years to come. ... The book is suffused with Mermin's unique knowledge of the history of modern physics, and has some of the most captivating writing to be found in a college textbook." David DiVincenzo, IBM T. J. Watson Research CenterPre-Publication Endorsement: "... a gentle introduction to quantum computation especially aimed at an audience of computer scientists and mathematicians. ... Mermin has always been an entertaining and comprehensible writer, and continues to be in this book. I expect it to become the definitive introduction to this material for non-physicists." Peter Shor, Massachusetts Institute of TechnologyPre-Publication Endorsement: "... Mermin's lucid prose and gentle humor cajole [students] toward a sound intuition for what it all means, not an easy task for a subject superficially so counterintuitive." Charles Bennett, IBM T. J. Watson Research CenterPre-Publication Endorsement: "This is one of the finest books in the rapidly growing field of quantum information. Almost every page contains a unique insight or a novel interpretation. David Mermin has once again demonstrated his legendary pedagogical skills to produce a classic." Lov Grover, Bell Labs"The text, the mathematics and the (many, many) circuit diagrams are impeccably laid out; the tone is enthusiastic without resorting to hyperbole; and the writing is clear and a joy to read. Indeed, the reader is well taken care of in this book." Wim van Dam, American Scientist"...an excellent introductory book..." - James W. Harrinton, Mathematical Reviews
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Book Description
Quantum physics has some spectacular applications in computer science, and this book is a concise introduction to quantum computation. It develops the basic elements of computational theory without assuming any background in physics, and so is ideal for computer scientists who know nothing about quantum theory.
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Product details
Hardcover: 233 pages
Publisher: Cambridge University Press; 1 edition (September 17, 2007)
Language: English
ISBN-10: 0521876583
ISBN-13: 978-0521876582
Product Dimensions:
7.7 x 0.6 x 10 inches
Shipping Weight: 1.3 pounds (View shipping rates and policies)
Average Customer Review:
4.1 out of 5 stars
6 customer reviews
Amazon Best Sellers Rank:
#247,596 in Books (See Top 100 in Books)
The book itself is fantastic, five stars for content, but the kindle version has some serious issues-- many symbols that should be superscripts are not, some mathematical expressions have distorted layout, or worse, appear as scanned images--sometimes of such low resolution as to make the indices illegible. For the forty dollars I paid it's a slap in the face. Again I want to stress the high quality of the writing and content, but think twice before investing in the kindle version.
Great Intro ...Mermin gets right into the thick of it quickly ...this is one of the best physics/computer science books I have ever read over the past 50 years !
A must read for every IT and/or Cyber Security Professional as a major shift in computing will occur within the next 5 to 10 years. Now is the time to embrace quantum computing as those in the know will reap the benefits of being part of a small group of people who will be in a position to change the world. Great introductory book and can be considered a stepping stone into the quantum computing world.
This book is fantastic. Wonderfully clear and short enough to actually read. I wish all science texts were like this.A course in quantum mechanics is recommended. It might not be necessary but I doubt much could be understood without some understanding of the physics behind the building blocks of the theory and what might be required in actually building a functioning quantum computer. I know it's not necessary and someone who accepts the superposition of states easily could get through the book, but I don't think they would really have grokked the fullness (but for that matter nor do I).The book builds up some basic QM and the actions of the various gates acting on a Qbit, then goes through several introductory problems to demonstrate how a quantum computer is capable of fundamentally different computations than its classical counterparts. This works up to Shor's Algorithm (with a very nice demonstration of why it is robust to small errors in the phase), Grover's search, and Quantum Error Correction.The appendices are also full of some of the best explanations I have ever read for many small calculations, tools, and puzzles. Bell states, GHZ, and other examples of quantum weirdness are covered well and it drives home the point that the most fundamental aspects of QM are easily illustrated without the bookkeeping associated with infinite dimensional Hilbert spaces.
Mermin is perhaps best known as the co-author of 'Solid State Physics', a longstanding text of its subject. But his interests are diverse, and one of these is presented here. He explains the intriguing use of quantum computing. Starting with the concept of a Qbit.The text assumes you've done some non-relativistic quantum mechanics. After all, the entire subject is based on quantum effects producing different results than traditional computing. You should know the bra and ket notation, that was first introduced by Dirac. This notation is amazingly concise and pervades the text. It is probably fair to say that 90% of the discussion uses this notation.The derivations are elegant and surprisingly simple, compared to the intricacies of other applications of quantum mechanics. There is relatively little discussion of experimental methods. This is primarily a theoretical text.One conclusion is that this field is young. No serious computations are yet capable, compared to those on computers using traditional classical physics.
Don't buy the Kindle version. The book itself has very solid content. However, the Kindle version has some major display issues that make the formulae very hard to read.
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