Learn to program tomorrow's technology with this accessible exploration of quantum computing, requiring only high school math and a basic understanding of coding concepts.
A friendly introduction to quantum programming.
What if you had a computer that could process billions of different inputs at the same time?
Quantum computing is a radically new way to think about algorithms and data. It can feel mysterious or technically challenging, but it doesn't have to be. If you want to understand how quantum computers work-and how to program them-this friendly, self-contained guide is for you.
This approachable yet rigorous book walks you step-by-step through quantum computing fundamentals, such as superposition, quantum gates, interference, entanglement, and measurement, then teaches you how to write real quantum programs.
Along the way, you'll-
Understand how to store and transform quantum information Grasp the surprising process of quantum measurement Explore Simon's, Grover's, and Shor's algorithms Write and run your own quantum code using free simulators and live hardware
Author Andrew Glassner is known for turning complex topics into accessible and enjoyable learning experiences. In this book, he brings visual thinking, clarity, context, and precision to the strange and fascinating world of quantum programming. All the ideas and math are built up slowly so you'll master every step.
Whether you're a programmer, student, educator, scientist, poet, or anyone else who loves new ideas that stretch your mind, this is the guide that will take you from ""What is a qubit?"" to writing and running working quantum algorithms with curiosity, creativity, and confidence.
By:
Andrew Glassner
Imprint: No Starch Press,US
Country of Publication: United States
Dimensions:
Height: 234mm,
Width: 177mm,
Weight: 369g
ISBN: 9781718504004
ISBN 10: 1718504004
Pages: 352
Publication Date: 16 September 2025
Audience:
General/trade
,
ELT Advanced
Format: Paperback
Publisher's Status: Forthcoming
Acknowledgments Introduction PART I: STATES, OPERATORS, AND SYSTEMS Chapter 1: A Curious Deck of Cards Chapter 2: Quantum States Chapter 3: Operators Chapter 4: Working with Qubits Chapter 5: Systems Chapter 6: Measurement PART II: QUANTUM ALGORITHMS Chapter 7: Teleportation Chapter 8: Deutsch’s Algorithm Chapter 9: Deutsch-Jozsa’s Algorithm Chapter 10: Bernstein-Vazirani’s Algorithm Chapter 11: Simon’s Algorithm Chapter 12: Grover’s Algorithm Chapter 13: Shor’s Algorithm Chapter 14: Next Steps Chapter 15: Notation Bibliography Index
Andrew Glassner, PhD, is a principal research scientist at FX, where he uses deep learning to help artists produce visual effects for film and TV. He was technical papers chair for SIGGRAPH '94, founding editor of the Journal of Computer Graphics Techniques, and editor in chief of ACM Transactions on Graphics. His prior books include Deep Learning- A Visual Approach (No Starch Press), the Graphics Gems series, and the textbook Principles of Digital Image Synthesis. In his free time, he paints, writes novels, and plays jazz piano.
