书籍详情
学习量子比特（影印版）
作者：Robert S.Sutor 著
出版社：东南大学出版社
出版时间：2020-07-01
ISBN：9787564189747
定价：¥119.00
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内容简介
《学习量子比特（影印版）》首先概述了量子计算与传统计算如此不同的原因，并讲述了可能会对量子计算产生重大影响的一些行业案例。对理解诸如叠加、纠缠和干涉等概念所必需的经典计算理论和数学基础进行了更全面的讲解。接下来是电路和算法，既有基础的，也有更复杂的。然后，对构建量子计算硬件背后的物理和工程思想娓娓道来。最后，本书展望了未来前景并提供了指引，帮助读者了解日后的发展会如何影响到个人。
作者简介
罗伯特·S.萨托 has been a technical leader and executive in the IT industry for over 30 years. More than two decades of that have been spent in IBM Research in New York. During his time there， he worked on or led efforts in symbolic mathematical computation， optimization， AI， blockchain， and quantum c等
目录
●Preface
1 Why Quantum Computing?
1.1 The mysterious quantum bit
1.2 I'm awake!
1.3 Why quantum computing is different
1.4 Applications to artifi intelligence
1.5 Applications to finan services
1.6 What about cryptography?
1.7 Summary
I Foundations
2 They're Not Old, They're Classics
2.1 What's inside a computer?
2.2 The power of two
2.3 True or false?
2.4 Logic circuits
2.5 Addition, logically
2.6 Algorithmically speaking
2.7 Growth, exponential and otherwise
2.8 How hard can that be?
2.8.1 Sorting
2.8.2 Searching
2.9 Summary
3 More Numbers than You Can Imagine
3.1 Natural numbers
3.2 Whole numbers
3.3 Integers
3.4 Rational numbers
3.4.1 Fractions
3.4.2 Getting formal again
3.5 Real numbers
3.5.1 Decimals
3.5.2 Irrationals and limits
3.5.3 Binary forms
3.5.4 Continued fractions
3.6 Structure
3.6.1 Groups
3.6.2 Rings
3.6.3 Fields
3.6.4 Even greater abstraction
3.7 Modular arithmetic
3.8 Doubling down
3.9 Complex numbers, algebraically
3.9.1 Arithmetic
3.9.2 Conjugation
3.9.3 Units
3.9.4 Polynomials and roots
3.10 Summary
4 Planes and Circles and Spheres, Oh My
4.1 Functions
4.2 The real plane
4.2.1 Moving to two dimensions
4.2.2 Distance and length
4.2.3 Geometric figures in the real plane
4.2.4 Exponentials and logarithms
4.3 Trigonometry
4.3.1 The fundamental functions
4.3.2 The inverse functions
4.3.3 Additional identities
4.4 From Cartesian to polar coordinates
4.5 The complex "plane"
4.6 Real three dimensions
4.7 Summary
5 Dimensions
6 What Do You Mean "Probably"?
II Quantum Computing
7 One Qubit
8 Two Qubits, Three
9 Wirina Up the Circuits
10 From Circuits to Algorithms
11 Getting Physical
12 Questions about the Future
Afterword
Appendices
A Quick Reference
B Symbols
C Notices
D Production Notes
Other Books You May Enjoy
Index
1 Why Quantum Computing?
1.1 The mysterious quantum bit
1.2 I'm awake!
1.3 Why quantum computing is different
1.4 Applications to artifi intelligence
1.5 Applications to finan services
1.6 What about cryptography?
1.7 Summary
I Foundations
2 They're Not Old, They're Classics
2.1 What's inside a computer?
2.2 The power of two
2.3 True or false?
2.4 Logic circuits
2.5 Addition, logically
2.6 Algorithmically speaking
2.7 Growth, exponential and otherwise
2.8 How hard can that be?
2.8.1 Sorting
2.8.2 Searching
2.9 Summary
3 More Numbers than You Can Imagine
3.1 Natural numbers
3.2 Whole numbers
3.3 Integers
3.4 Rational numbers
3.4.1 Fractions
3.4.2 Getting formal again
3.5 Real numbers
3.5.1 Decimals
3.5.2 Irrationals and limits
3.5.3 Binary forms
3.5.4 Continued fractions
3.6 Structure
3.6.1 Groups
3.6.2 Rings
3.6.3 Fields
3.6.4 Even greater abstraction
3.7 Modular arithmetic
3.8 Doubling down
3.9 Complex numbers, algebraically
3.9.1 Arithmetic
3.9.2 Conjugation
3.9.3 Units
3.9.4 Polynomials and roots
3.10 Summary
4 Planes and Circles and Spheres, Oh My
4.1 Functions
4.2 The real plane
4.2.1 Moving to two dimensions
4.2.2 Distance and length
4.2.3 Geometric figures in the real plane
4.2.4 Exponentials and logarithms
4.3 Trigonometry
4.3.1 The fundamental functions
4.3.2 The inverse functions
4.3.3 Additional identities
4.4 From Cartesian to polar coordinates
4.5 The complex "plane"
4.6 Real three dimensions
4.7 Summary
5 Dimensions
6 What Do You Mean "Probably"?
II Quantum Computing
7 One Qubit
8 Two Qubits, Three
9 Wirina Up the Circuits
10 From Circuits to Algorithms
11 Getting Physical
12 Questions about the Future
Afterword
Appendices
A Quick Reference
B Symbols
C Notices
D Production Notes
Other Books You May Enjoy
Index
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