Zx-Calculus for Quantum Circuits: A Diagrammatic Approach to Quantum Circuit Analysis and Optimization
暫譯: 量子電路的Zx-演算：量子電路分析與優化的圖示方法

Halder, Subhojit

Zx-Calculus for Quantum Circuits: A Diagrammatic Approach to Quantum Circuit Analysis and Optimization
  • 出版商: Apress-滿千折百
  • 出版日期: 2026-09-01
  • 售價: $1,970
  • 貴賓價: 9.5 折 $1,871
  • 語言: 英文
  • 頁數: 341
  • 裝訂: Quality Paper - also called trade paper
  • ISBN: 9798868828560
  • ISBN-13: 9798868828560
  • 相關分類: 量子計算

    • 海外代購書籍(需單獨結帳)

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商品描述

ZX-Calculus has emerged as one of the most powerful frameworks for representing and optimizing quantum circuits--bridging the gap between abstract theory and real-world implementation. This book offers a complete and coding-driven introduction to ZX-Calculus, guiding readers from the mathematical and physical foundations of quantum circuits to the advanced techniques of diagrammatic reasoning and circuit optimization. Beginning with qubits, gates, and entanglement, you will gradually go through the principles of ZX-Calculus, spider rules, and diagrammatic equivalences that form the foundation of this visual and rigorous language.

Building upon this foundation, the book takes a hands-on approach to applying ZX-Calculus in modern quantum development environments. You will explore open-source tools such as PyZX, Quantomatic, and ZX-Optimizer; learn to translate quantum circuits into diagrams and back; and perform real-world circuit optimizations that reduce resource costs for NISQ devices. Advanced chapters extend these ideas to phase gadgets, Clifford hierarchies, and measurement-based computation, while the final section dives into circuit fabrication from ZX nodes--linking theory directly to implementation.

Whether you are a student, researcher, or professional developer, this book equips you with the theoretical insight, coding skills, and practical tools to design, optimize, and deploy efficient quantum circuits using the power of ZX-Calculus.

What You Will Learn:

    Translate complex quantum operations into intuitive diagrammatic forms and simplify them through step-by-step transformations Integrate ZX-Calculus concepts into modern quantum computing workflows and frameworks Master the fundamentals of ZX-Calculus and apply ZX-based methods for large-scale circuit optimization Discover how ZX-Calculus can be used in fermionic tensor networks, quantum error correction, and quantum machine learning
Who This Book Is For:

Researchers, Developers and Post graduate students in Quantum Computing.

商品描述(中文翻譯)

ZX-演算已成為表示和優化量子電路的最強大框架之一，架起了抽象理論與實際應用之間的橋樑。本書提供了完整且以編碼為驅動的ZX-演算入門，指導讀者從量子電路的數學和物理基礎開始，逐步深入到圖示推理和電路優化的高級技術。從量子位（qubits）、閘（gates）和糾纏（entanglement）開始，您將逐漸了解ZX-演算的原則、蜘蛛規則（spider rules）以及構成這種視覺化且嚴謹語言基礎的圖示等價性。

在此基礎上，本書採取實作導向的方法，將ZX-演算應用於現代量子開發環境。您將探索開源工具，如PyZX、Quantomatic和ZX-Optimizer；學習如何將量子電路轉換為圖示並再轉回；並執行實際的電路優化，以降低NISQ設備的資源成本。高級章節將這些概念擴展到相位小工具（phase gadgets）、Clifford層級（hierarchies）和基於測量的計算，而最後一部分則深入探討從ZX節點進行電路製作，將理論直接連結到實作。

無論您是學生、研究人員還是專業開發者，本書都將為您提供理論洞察、編碼技能和實用工具，以利用ZX-演算的力量設計、優化和部署高效的量子電路。

您將學到的內容：
- 將複雜的量子操作轉換為直觀的圖示形式，並通過逐步轉換簡化它們
- 將ZX-演算概念整合到現代量子計算工作流程和框架中
- 掌握ZX-演算的基本原理，並應用基於ZX的方法進行大規模電路優化
- 發現ZX-演算如何應用於費米子張量網絡、量子錯誤更正和量子機器學習

本書適合對象：
量子計算領域的研究人員、開發者和研究生。

作者簡介

Subhojit Halder is an engineering graduate from India with a bachelor's degree in Electronics and Telecommunication Engineering. He is a published author and researcher in the field of quantum technologies, with several research articles and books to his credit. His areas of work include astronomical simulations using quantum computing, superconducting qubit design, and the integration of quantum technologies with existing classical systems. He is also the author of a book on superconducting qubit design using Qiskit Metal, reflecting his interest in practical quantum hardware design and related computational methods.

He holds multiple patents and copyrights for his innovations, including the development of a unique backend kernel for Android devices that temporarily emulates quantum computations in cached memory, enabling complex quantum circuit simulations with reduced noise-related errors. In addition, he has developed software applications deployed on the Google Play Store. His current work is focused on bridging Python-based quantum computing frameworks, which often rely on specialized kernels and computational techniques, with hardware and software environments primarily built on Java and C++. Through this work, he aims to contribute to making quantum technologies more accessible and easier to integrate with existing classical platforms.

作者簡介(中文翻譯)

Subhojit Halder 是一位來自印度的工程畢業生，擁有電子與電信工程的學士學位。他是量子技術領域的出版作者和研究者，擁有多篇研究文章和書籍。他的工作領域包括使用量子計算進行天文模擬、超導量子位設計，以及將量子技術與現有的經典系統整合。他也是一本關於使用 Qiskit Metal 進行超導量子位設計的書籍的作者，反映了他對實用量子硬體設計及相關計算方法的興趣。

他擁有多項專利和著作權，涵蓋了他的創新，包括為 Android 設備開發一個獨特的後端核心，該核心能夠在快取記憶體中暫時模擬量子計算，從而實現複雜量子電路模擬並減少與噪音相關的錯誤。此外，他還開發了在 Google Play 商店上部署的軟體應用程式。他目前的工作重點是將基於 Python 的量子計算框架（這些框架通常依賴於專門的核心和計算技術）與主要基於 Java 和 C++ 的硬體和軟體環境進行橋接。通過這項工作，他旨在促進量子技術的可及性，並使其更容易與現有的經典平台整合。

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