量子计算揭秘：简明教程及拓扑扩展 万义顿 Quantum Computing Unveiled

基本信息

ISBN-13：9781009656078

ISBN-10：1009656074

Author：Yidun Wan

Publisher：Cambridge University Press

Imprint：Cambridge University Press

Format：Hardcover

Number of Pages：368

Release Date：31 March 2026

Weight：500g

信息仅供参考，具体请以实物为准。

书籍简介

本书面向高年级本科生和研究生，涵盖量子计算的核心主题，其形式设计适合单学期课程。本书适用于不同学科背景的学习者，但线性代数是主要的先决条件。本书介绍了量子力学、量子电路模型和量子算法等核心概念，并涵盖了表面码和拓扑量子计算等高级主题。这些主题对于理解对称性在纠错中的作用以及量子架构的稳定性至关重要，从而将量子计算置于更广泛的理论物理领域。书中穿插了图表和练习题，可选的扩展材料则总结在方框“备注”中。讲义已在本书网页上免费提供下载，教师还可以通过在线渠道获取部分练习题的解答。

• 本书是量子计算单学期课程的理想配套教材，涵盖经典计算和量子力学等基础主题，并可根据课程安排引入更高级的内容。

• 本书以生动有趣的方式编写，旨在让来自不同学科背景的高年级本科生和研究生都能轻松阅读——只需具备线性代数基础即可。

• 每章均配有练习题以辅助学习，并提供在线学习资源，包括讲义（面向所有学生）和部分练习题的解答（面向教师）。

Aimed at advanced undergraduate and graduate-level students, this textbook covers the core topics of quantum computing in a format designed for a single-semester course. It will be accessible to learners from a range of disciplines, with an understanding of linear algebra being the primary prerequisite. The textbook introduces central concepts such as quantum mechanics, the quantum circuit model, and quantum algorithms, and covers advanced subjects such as the surface code and topological quantum computation. These topics are essential for understanding the role of symmetries in error correction and the stability of quantum architectures, which situate quantum computation within the wider realm of theoretical physics. Graphical representations and exercises are included throughout the book and optional expanded materials are summarized within boxed 'Remarks'. Lecture notes have been made freely available for download from the textbook's webpage, with instructors having additional online access to selected exercise solutions.

• Ideally suited as a companion to single-semester courses in quantum computing, the textbook covers essential topics such as classical computation and quantum mechanics while offering the option of introducing more advanced content if the curriculum allows  

• Written in an engaging and interactive tone, the textbook is designed to be accessible to advanced undergraduate and graduate students from varying disciplinary backgrounds – familiarity with linear algebra is the only prerequisite  

• Exercises are included in each chapter to support learning, with further resources made available online in the form of lecture notes (available to all) and solutions to selected exercises (available to instructors)

章节内容

前言；致谢；1. 概述；2. 经典计算；3. 量子力学速成课程；4. 量子计算：电路模型；5. 量子计算：算法；6. 量子退相干；7. 量子纠错；8. 拓扑序和表面码；9. 拓扑量子计算；参考文献；索引。

Preface; Acknowledgements; 1. Overview; 2. Classical Computation; 3. Crash Course on Quantum Mechanics; 4. Quantum Computation: The Circuit Model; 5. Quantum Computation: Algorithms; 6. Quantum Decoherence; 7. Quantum Error Correction; 8. Topological Orders and Surface Code; 9. Topological Quantum Computation; Bibliography; Index.

图书评论

评论 1

“虽然量子计算领域的教科书已不胜枚举，但来自不同视角的全新观点总是令人欣喜。本书正是提供了这样一个全新的视角。它从最基本的概念入手，涵盖了量子纠错中使用的拓扑概念等广泛内容。总而言之，本书为初学者和进阶学生都提供了引人入胜的阅读材料。”

—— 迪特·苏特，德国多特蒙德工业大学

评论 2

“这本教科书体现了作者在计算机科学和理论物理学领域独特的跨学科背景。它以清晰的结构，带领读者踏上一段从经典图灵机到拓扑量子计算的广泛旅程。本书的独特之处在于它包含了弱测量、拓扑序和拓扑量子计算等独特而先进的主题——这些主题在同类教材中鲜有涉及。这些新增内容使本书在日益增多的量子计算教科书中脱颖而出。我向对量子计算充满热情并渴望为之做出贡献的读者推荐本书。”中原幹夫，曾任教于日本近畿大学和中国上海大学

评论 3

“量子计算是科学技术领域一个快速发展的跨学科前沿领域。拥有丰富教育背景和研究经验的万义敦教授曾在复旦大学开设一门简明扼要的课程，由此诞生了这本亟需的专著。本书内容全面，涵盖了所有重要的思想（以最初的发明者命名）和主题（电路模型、算法、退相干和纠错等）。本书结构完整，包含回顾经典计算机和量子力学的章节。最后两章专门探讨了未来的拓扑扩展，其中包含一些在期刊论文之外很难找到的材料。本书内容精炼，读来引人入胜，适合学生和从业人员阅读。” 吴永石，美国犹他大学

评论 4

“万义敦教授的《量子计算揭秘》是一本令人愉悦的教科书。”本书部分章节采用通俗易懂的写作风格，并力求以最简洁的方式阐述，使研究生也能轻松理解这一艰深的主题。本书从基础知识入手，包括经典计算和量子力学的基本但严谨的概念，然后扩展到量子计算，涵盖基础知识、算法、复杂度和纠错等内容。书中的练习题能够帮助读者巩固所学知识。本书最吸引人的地方在于关于拓扑序和拓扑量子计算的章节，这些章节内容重要且富有挑战性，但由该领域的专家以通俗易懂的方式讲解。本书是学习量子计算重要方面的绝佳选择。——巴里·C·桑德斯，加拿大卡尔加里大学

Review 1

'While there is no longer a shortage of textbooks on quantum computing, a fresh view from a different perspective is always welcome. This book offers such a new perspective. Starting from very basic concepts, it spans a wide range to topological concepts used in quantum error correction. Overall, it provides interesting and entertaining reading material for novices as well as advanced students.' 

—— Dieter Suter, TU Dortmund University, Germany

Review 2

'This textbook reflects the author's unique and interdisciplinary background in both computer science and theoretical physics. It offers a broad and well-structured journey through topics ranging from classical Turing machines to topological quantum computing. What sets this book apart is its inclusion of distinctive and advanced topics such as weak measurement, topological order, and topological quantum computation – subjects rarely treated in comparable texts. These additions give the book a noteworthy place among the growing number of textbooks on quantum computing. I recommend this book to readers with a strong interest in quantum computing and a desire to contribute to its ongoing research.' Mikio Nakahara, previously at Kindai University, Japan and Shanghai University, China

Review 3

'Quantum computing is a rapidly advancing interdisciplinary frontier in science and technology.Professor Yidun Wan, with broad education history and research experience, taught a concise course in Fudan University, resulting in this much needed monograph. It is comprehensive, covering all important thoughts (named after the original inventors) and topics (the circuit model, algorithms, decoherence, and error correction, etc.). It is also self-contained, including chapters reviewing classical computers and quantum mechanics. The final two chapters are devoted to future topological extensions, with materials hard to find beyond journal papers. The presentation is precise, but enjoyable to read, suitable for students and practitioners.' Yong-shi Wu, University of Utah, USA

Review 4

'Yidun Wan's textbook on Quantum Computing Unveiled is a delightful read. A folksy style of writing in places and an emphasis on keeping the exposition as simple as possible make a difficult topic accessible to a graduate student. The book starts with the basics, including basic but rigorous notions of classical computation and quantum mechanics and then extends to quantum computing including basics, algorithms, complexity and error correction. The exercises In the book provide the reader with tasks that reinforce the learning process. What makes this book especially appealing are the chapters on topological orders and topological quantum computation, which are important and challenging yet delivered in an accessible way by an expert in this field. This book is an excellent choice for learning valuable aspects of quantum computing.' Barry C. Sanders, University of Calgary, Canada

作者简介

复旦大学万义顿教授的Quantum Computing Unveiled. 这是一本量子计算的教材。特色是通俗易懂，便于一个学期授课，并且包含拓扑量子计算的内容，这部分在其它教材中少有介绍。本书得到了多位很有份量的大佬背书支持（如下，图书封面也有），包括Suter, Nakahra, Yong-shi Wu(吴咏时)，Sanders, A. Zee (徐一鸿) 等。

">;Professor Wan Yidun of Fudan University's *Quantum Computing Unveiled* is a textbook on quantum computing. Its key features are its accessible style, making it suitable for a semester-long course, and its inclusion of topological quantum computing, a topic rarely covered in other textbooks. The book has received endorsements from several prominent figures (listed below, also on the book cover), including Suter, Nakahra, Yong-shi Wu, Sanders, and A. Zee.