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Over the last decade quantum computing has become a rapidly
growing field with relevance to topics from physics, mathematics, and
computer science. Aimed at engaging the mathematically literate
reader who may not have a background in all of the subspecialties of
the field, this work will provide the context for understanding and
developing algorithms for a "prospective" quantum computer.
Key features include:
* clear and concise exposition, * minimal prerequisites, * detailed
overview of the historical context of quantum computing, * discussion
of the most recent developments, including the factoring algorithm of
Arthur O. Pittenger
Grover's algorithm SPIN Text algorithms logic quantum algorithm quantum computer quantum computing quantum error correction quantum gate qubit sets algorithm analysis and problem complexity
"Pittenger's book, as the title suggests, explains the mathematics at the basis of quantum computing and the fundamental algorithms, including Shor's factoring, Grover's search and error correction algorithms....
Since quantum computing is a highly interdisciplinary science, the author has tried to capture the attention of a large variety of readers and he has mostly achieved this objective. The book can be used as a formal introductory text for graduate students as well as a fascinating, but still engaging resource for interested readers who are comfortable with linear algebra.... Pittenger helps the reader into focusing attention on the algorithmic aspects rather than the formal content and uses examples as [an] integral part of the book, illustrating the substantial meaning of quantum theory applied to computing. He also proposes some exercises to stimulate an insightful reading.... The bibliography is complete and the interested reader can improve the understanding of the book and of the entire matter by following the numerous references, acquiring in this way more tools for the comprehension of a subject of such complexity...." —SIGACT News
"An Introduction to Quantum Computing Algorithms reflects its author's own experience in learning the mathematics and theoretical physics required for the subject, as he writes in the acknowledgements. It is generally written in a pleasant and informal style, with much motivation in between the mathematics.... In just 150 pages this book manages to explain much of the core of quantum computing, and to explain it well." —Quantum Information and Computation (QIC)
"If you have a general (fuzzy) background on quantum physics and on computer science, I recommend reading this book.... It is well written, easy to read, with many illustrating examples, and many exercises." —Zentralblatt Math