

Buy Introduction to Quantum Computing (The Materials Research Society Series) 2021 ed. by LaPierre, Ray (ISBN: 9783030693176) from desertcart's Book Store. Everyday low prices and free delivery on eligible orders. Review: Solid Introduction - Bought for me as a Christmas present by my classical computing son, I am about a third of the way through. The explanations are reasonably clearly laid out and the exercises aid the understanding, although I would have liked more of them. There is a manual of answers, although I have not needed it, which is available only to registered lecturers. Some self-learners may find that annoying. The book caters for both physicists and mathematicians. I treated much of the physics as background material. Mathematicians need a sound knowledge of trig functions - cos(a + b), etc - as well as competence with matrix manipulation. Overall, I am finding the book easily accessible. Review: This book walk you through from basic quantum physics to quantum computing algorithms. Then it ends up to a few chapters to address a variety of cutting-edge quantum computer hardware implementation such as superconducting, trapped ions etc. You won't learn quantum computer in depth by reading this book. But it's definitely the FISRT must-read in this discipline.
| Best Sellers Rank | 1,616,359 in Books ( See Top 100 in Books ) 338 in Materials Science 1,108 in Engineering Physics 2,265 in Electronics & Communications Engineering |
| Customer reviews | 5.0 5.0 out of 5 stars (15) |
| Dimensions | 15.49 x 2.24 x 23.5 cm |
| Edition | 2021st |
| ISBN-10 | 3030693171 |
| ISBN-13 | 978-3030693176 |
| Item weight | 680 g |
| Language | English |
| Part of series | The Materials Research Society |
| Print length | 366 pages |
| Publication date | 28 Sept. 2021 |
| Publisher | Springer Nature Switzerland AG |
D**E
Solid Introduction
Bought for me as a Christmas present by my classical computing son, I am about a third of the way through. The explanations are reasonably clearly laid out and the exercises aid the understanding, although I would have liked more of them. There is a manual of answers, although I have not needed it, which is available only to registered lecturers. Some self-learners may find that annoying. The book caters for both physicists and mathematicians. I treated much of the physics as background material. Mathematicians need a sound knowledge of trig functions - cos(a + b), etc - as well as competence with matrix manipulation. Overall, I am finding the book easily accessible.
B**G
This book walk you through from basic quantum physics to quantum computing algorithms. Then it ends up to a few chapters to address a variety of cutting-edge quantum computer hardware implementation such as superconducting, trapped ions etc. You won't learn quantum computer in depth by reading this book. But it's definitely the FISRT must-read in this discipline.
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