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Apress
Subhojit Halder
ZX-Calculus For Quantum Circuits: A Diagrammatic Approach To Quantum Circuit
Analysis And Optimization
N/A
2026
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Publisher > Apress
Author > Subhojit Halder
Title > ZX-Calculus For Quantum Circuits: A Diagrammatic Approach To
Quantum Circuit Analysis And Optimization
Issue > N/A
Year > 2026
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ISBN > 9798868828577
Pages > 341
Genre > Nonfiction Calculus
Language > English
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Type > RETAIL
Media > TECH
Format > .epub
Section > eBook
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Published > 2026-08
Release > 2026-09-09
Disks > 03 x 5 MB
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- - -- [ D E S C R I P T I O N ] -- - -
ZX-Calculus has emerged as one of the most powerful frameworks for
representing and optimizing quantum circuitsbridging 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 nodeslinking 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.
- - -- [ R E T A I L U R L ] -- - -
https://www.kobo.com/us/en/ebook/zx-calculus-for-quantum-circuits
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