Want to learn quantum computing or understand how a quantum computer works? We select some of the best quantum books readers have recommended and reviewed. Learning quantum computing is better when you have a great teacher, so here are some of the best quantum computing books we have come across for you to enjoy!
Getting started with learning about quantum computing, whether that is how the basics work such as physics, maths, or how to program a quantum computer can all be tackled with the right teacher, and by teacher, we mean: book.
Contents: Quantum Books
What is Quantum Computing?
Quantum computing is a field of study focused on developing computers based on the principles of quantum mechanics, which allows for the representation and processing of information in quantum bits (qubits). Unlike classical bits, qubits can exist in a superposition of states, enabling quantum computers to perform complex calculations at faster rates than classical computers. But the details are a topic for a Book! Many Quantum Books are out there, and here we select a few of our favorites.
Best Popular Science Quantum Books
Quantum Mechanics: The Theoretical Minimum by Leonard Susskind and Art Friedman
This book is part of a series that aims to provide a minimum level of knowledge required to understand modern physics. It’s written in a clear and accessible manner.
The book begins by delving into the historical context and the classical experiments that paved the way for quantum theory. It then introduces the basic postulates of quantum mechanics, including wave functions, superposition, and the probabilistic nature of quantum measurements.
Throughout the book, Susskind and Friedman emphasize the mathematical framework of quantum mechanics, introducing readers to key concepts such as Hilbert spaces, operators, and the Schrödinger equation. The authors also explore topics like quantum entanglement, the uncertainty principle, and the fundamental differences between classical and quantum systems.
Quantum Computing For Dummies by Whurley
“Quantum Computing For Dummies” is designed to introduce readers to the complex and intriguing world of quantum computing. As part of the well-known “For Dummies” series, this book aims to demystify the subject for those without a deep background in quantum mechanics or computing.
Computing with Quantum Cats: From Colossus to Qubits by John Gribbin.
This book delves into the fascinating world of quantum mechanics and its application in computing. John Gribbin presents a universe of parallel worlds where ‘everything is real’. The book provides historical context, tracing back to the early days of computing, and offers insights into the potential of quantum technology. It’s an excellent read for those curious about quantum mechanics and computing convergence.
Best Mid-Level Quantum Books
Quantum Computing since Democritus by Scott Aaronson
This book takes readers on a journey through the history and evolution of quantum computing. It delves into the philosophical implications of quantum mechanics and its impact on computing. The narrative is engaging and offers a unique perspective on the subject.
The Author, Scott Aaronson, is a distinguished theoretical computer scientist and professor known for his significant contributions to quantum computing and computational complexity theory. He has delved deep into the philosophical implications of computational theory and has been a vocal advocate for the potential of quantum computers. Aaronson’s work often bridges the gap between mathematical theory’s abstract world and quantum computation’s practical challenges.
In addition to his academic contributions, Aaronson is recognized for his ability to communicate complex ideas to the general public. His blog, “Shtetl-Optimized,” offers insights into quantum computing and his perspectives on various topics. He is also the author of the book “Quantum Computing Since Democritus,” which provides a unique blend of philosophy, history, and science, tracing the origins of quantum theory from ancient Greece to the present day.
Best Textbook Guide to Quantum Computing & Quantum Programming
Quantum Computation and Quantum Information by Michael Nielsen and Isaac Chuang
The “Mike and Ike” book colloquially refers to the textbook “Quantum Computation and Quantum Information” by Michael A. Nielsen and Isaac L. Chuang. Due to the authors’ names, Michael and Isaac, the book has been affectionately nicknamed “Mike and Ike” by students and professionals in the field.
“Quantum Computation and Quantum Information” is one of the standard textbooks used to study quantum computing and quantum information theory. It provides a comprehensive introduction to the major topics in quantum computation and quantum information, making it suitable for beginners and those with a more advanced understanding of the subject. The book covers topics such as quantum algorithms, cryptography, error correction, and quantum mechanics relevant to computation.
Given its depth and breadth, the “Mike and Ike” book is often used in university courses and is a go-to reference for researchers and professionals in quantum computing.
Dancing with Qubits by Bob Sutor
When we reviewed this when it first hit the market, the only complaint was from one of the editors about the name. It probably broke with tradition and didn’t mention “Quantum” in the title. But aside from disliking the book title, the book has become a firm favourite for those wanting to see a hands-on approach to programming with Qiskit. The Author has gone on to write another book in the same vein – “Dancing with Python.” So there is a theme there!
Bob Sutor was at IBM – the originator of Qiskit for many decades and has a background in physics, which adds to the book’s credibility. The book aims to get you programming quantum circuits using Python. Bob is now at Infleqtion, a dedicated quantum computing company.
The book is enjoyable and would suit new entrants into the Quantum space. That said, it does work strangely on multiple levels. We enjoyed presenting familiar concepts with Bob’s “cut to the good stuff” writing style. Sure, if you want more detail on some of the concepts, a more detailed book such as Isaac Chuang and Michael Nielsen or Eleanor G. Rieffel is what you need. Still, I consider this book a bit of the “glue” that holds the more academic texts together so that it helps readers understand some of the concepts rather than work through the maths. Of course, some will want that more detailed view.
Essential Mathematics for Quantum Computing by Leonard S. Woody III
This book is aimed at those who want to get to grips with the basics of the mathematics underpinning quantum computing. It’s not a programming book per se, but it will take you through the formalisms you need to understand to get to grips with the quantum fundamentals. Here is a snapshot of some of the topics covered: Operate on vectors (qubits) with matrices (gates); Define linear combinations and linear independence; Understand vector spaces and their basis sets; Rotate, reflect, and project vectors with matrices; Realize the connection between complex numbers and the Bloch sphere; Determine whether a matrix is invertible and find its eigenvalues, Probabilistically determine the measurement of a qubit, and you’ll learn bra-ket notation.
The Author, Leonard S. Woody III, works for Microsoft and is a program manager for Azure Quantum. He was awarded a BS in computer science and a BS in physics from the University of Virginia. He is agnostic as to which platform you can use to program quantum circuits, as the book is designed to be independent of any platform.
Quantum Computing by Eleanor Rieffel and Wolfgang Polak
The book comprehensively introduces quantum computing, delving deep into quantum physics principles and the necessary mathematics. It’s designed to make quantum computing understandable for those in mathematics, computer science, and engineering, even if they’re unfamiliar with quantum physics. If one grasps linear algebra, one can fully comprehend the topic through this book. It’s personally one of my favourites for its conciseness and slimness. It’s been well written. Maybe not as well known as “Mike and Ike”, but it covers much of the same material. It’s not aimed at beginners and can be used as a textbook and reference book.
Quantum Computing: An applied approach by Jack Hidary
When we purchased this book, one of the first things we noticed was its price. Published by Springer and also hardback, the book retails for a little over 25 bucks! The book presents an inexpensive way to understand Quantum Computing as the applied moniker says – less about the theory and more about the practical applications. The examples are based on the Google framework named Cirq, as Jack Hidary was at Google when he wrote the first edition. He is now the CEO of Sandbox AQ, which spun out of Google and is a dedicated AI and Quantum Company garnering headlines.
With more and more people getting interested in Quantum Computing, the desire to short-cut the learning process is somewhat understandable. The traditional Quantum grad student would sit down with ‘Mike’ and ‘Ike’ (Michael Nielsen, Isaac Chuang) and devote their time to running through the theory and basics of linear algebra.
All of this takes some time. For some who like to see the practical benefits before devoting their weeks to esoteric ideas, then the new genre on the block is the “applied” quantum computing book, which aims to get you building circuits, understanding the fundamentals and how to put those together in such a way that helpful something can be created. We liken this to building up some Quantum Intuition – the ability to understand roughly how and why things work and how they can be employed. We also recently reviewed another book of a similar genre titled “Dancing with Qubits“.
Best Novelty or Fun Quantum Books
Quantum Computing for Babies by Chris Ferrie
“Quantum Computing for Babies” by Chris Ferrie is a delightful introduction to the world of quantum computing, tailored specifically for the youngest readers. Part of Ferrie’s “Baby University” series, this board book breaks down complex scientific concepts into digestible, child-friendly terms using simple illustrations and minimal text.
The book introduces the idea of a “bit” in classical computing and contrasts it with a “qubit” in quantum computing. Through colourful and engaging illustrations, it touches upon the fundamental principles of superposition and entanglement, albeit in an elementary manner. The narrative is concise, making it easy for toddlers and preschoolers to follow.
One of the book’s strengths is its ability to spark curiosity in young minds. While the content is simplified to suit the target age group, it serves as a conversation starter for parents and educators to introduce more complex ideas as the child grows.
However, it’s worth noting that the book is more of a conceptual primer than an in-depth exploration of quantum computing. Parents and caregivers should not expect a detailed or technically accurate exposition. Instead, the book’s value is making abstract ideas accessible and fun for young children.
Quantum Bullshit by Chris Ferrie by Chris Ferrie
Chris Ferrie, known for his engaging approach to introducing complex scientific concepts to children and adults, debunks misconceptions and misunderstandings about quantum physics in “Quantum Bullshit.” The book aims to address the myriad of misconceptions that have arisen due to the popularization and sometimes oversimplification of quantum mechanics in media and popular culture.
Ferrie’s writing is characterized by its clarity, wit, and a touch of humour. In “Quantum Bullshit,” he systematically tackles common myths and misconceptions about quantum mechanics, providing readers with a clearer understanding of what quantum physics is and, just as importantly, what it is not.
The book is not just a critique but also an educational tool. Ferrie delves into the foundational principles of quantum mechanics, explaining them in an accessible manner while highlighting where popular interpretations go astray. He also addresses the misuse of quantum jargon in contexts that have little to do with actual quantum physics.
For readers intrigued or confused by sensationalized accounts of quantum mechanics or those who want a clearer understanding of the subject, “Quantum Bullshit” serves as both a corrective and a guide. Ferrie’s expertise and passion for the subject shine through, making this book valuable for anyone interested in quantum physics.
