Best Quantum Physics Books for Beginners: 25 Picks, No Math to First Textbook

Best first quantum physics book

1. How to Teach Quantum Physics to Your Dog

Chad Orzel is a physics professor at Union College who did his PhD in laser cooling of atoms. Each chapter is a conversation with his dog Emmy, who asks the questions a beginner would ask (can I tunnel through the fence to the bunnies?) and gets real answers. Between the conversations Orzel explains the physics properly and describes the actual experiments that established each idea.

It covers wave-particle duality, the double-slit experiment, the uncertainty principle, the Copenhagen and many-worlds interpretations, the quantum Zeno effect, entanglement and Bell’s theorem, teleportation and virtual particles. The final chapter takes apart quantum mysticism and “quantum healing” claims, which makes it the book I would hand to anyone who has seen “quantum” on a wellness leaflet. The dog device annoys some readers; the explanations underneath are sound.

• Chad Orzel
• Scribner, paperback (2010), 256 pages
• No equations; covers every major quantum idea

Good: the clearest no-math explanation of what quantum physics says, by a working physicist, with a chapter on the pseudoscience. Not great: the talking dog is too cute for some readers, and it predates the 2022 Nobel and today’s quantum computers.

Best history of quantum physics

2. Quantum: Einstein, Bohr, and the Great Debate about the Nature of Reality

Manjit Kumar tells the story of quantum theory from Max Planck’s reluctant 1900 guess about energy coming in packets to the 1927 Solvay Conference, where Einstein and Niels Bohr began the argument they kept up until Einstein’s death. Along the way you meet Heisenberg working out matrix mechanics on the island of Heligoland, Schrödinger writing his wave equation on a ski holiday, Pauli, Dirac and de Broglie.

Because the physics comes through the people, each idea arrives with the problem it was invented to solve, which is how most readers find it easiest to remember. The later chapters cover Bell’s theorem and the experiments that settled the Einstein-Bohr debate in Bohr’s favor. It is long for a first book but reads like a biography, not a textbook.

• Manjit Kumar
• W. W. Norton, paperback (2011), 448 pages
• No equations; history from 1900 to Bell’s theorem

Good: the best-written history of quantum theory, and the ideas stick because you meet them through the people who fought over them. Not great: long, and it explains the history of the ideas more than the ideas themselves.

Best for understanding it without math

3. Q is for Quantum

Terry Rudolph is a quantum physicist at Imperial College London and a co-founder of the quantum computing company PsiQuantum. His short book does something no other popular book does: it teaches the actual logic of quantum mechanics using black and white balls going through boxes, with no math at all. By the end you have worked through superposition, interference, entanglement and why quantum computers can do things ordinary ones cannot.

It reads less like a story and more like a puzzle book. You have to follow each step, and the reward is that you understand the reasoning instead of taking an author’s word for it. The last third covers what the theory might mean and Rudolph’s own views on it. It is self-published by a serious physicist, which is unusual, and it is the book physicists most often suggest to someone who wants more than metaphors.

• Terry Rudolph
• Terence Rudolph, paperback (2017), 164 pages
• No equations; teaches the logic with a ball-and-box game

Good: the only no-math book that lets you reason through quantum effects yourself, and it is short. Not great: you have to concentrate on every page, and the presentation is plain.

Best by a Nobel physicist

4. QED: The Strange Theory of Light and Matter

Richard Feynman gave four public lectures on quantum electrodynamics, first in New Zealand in 1979 and again at UCLA, the theory of light and electrons that won him the 1965 Nobel Prize. This book is those lectures. He explains how light reflects off glass and bends through water using nothing but little arrows on paper that you add up, and those arrows are the same calculation physicists do with full math.

It is the most honest popular book on quantum physics, because Feynman tells you at the start that nobody understands why nature works this way and he will only show you how it does. The first two lectures suit anyone. The last two, on electrons and the forces between particles, are harder. The 2014 Princeton edition adds an introduction by physicist Anthony Zee.

• Richard P. Feynman, introduction by A. Zee
• Princeton University Press, paperback (2014 edition), 190 pages
• No equations; diagrams with arrows stand in for the math

Good: a real method for thinking about quantum behavior, from the physicist who invented much of it. Not great: it covers light and electrons only, not the whole subject, and the last two lectures demand rereading.

Best for clearing up the myths

5. Beyond Weird

Philip Ball was an editor at Nature for twenty years and trained in chemistry and physics. His argument is that the usual popular explanations (“a particle is in two places at once,” “observing it changes it,” “the cat is both dead and alive”) are wrong or misleading, and he replaces them with what physicists working on the foundations of quantum theory say now: that it is a theory about information and what can be known.

It is the best antidote to quantum woo and the best book for readers who found the standard metaphors unsatisfying. It also covers decoherence, which explains why the everyday world looks classical.

• Philip Ball
• University of Chicago Press, hardcover (2018), 384 pages
• No equations; focuses on what quantum theory does and does not say

Good: corrects the myths that the other popular books repeat, and covers decoherence well. Not great: better as a second book than a first, and the hardcover is the format in print in the US.

Plainest explanation of particles

6. The Quantum World: Quantum Physics for Everyone

Kenneth Ford worked with John Wheeler on the hydrogen bomb project and taught physics for decades, including at a high school after he retired. His book explains quantum physics through the particles themselves: what electrons, photons, quarks and neutrinos are, how they are counted, why they have spin, how they decay and what the quantum rules say about each.

Where other authors dwell on paradoxes, Ford explains how the quantum world works day to day. It pairs well with our explainer on elementary particles.

• Kenneth W. Ford
• Harvard University Press, paperback (2005), 304 pages
• Almost no equations; built around particles and their properties

Good: concrete and calm, written by a physicist who taught teenagers. Not great: less about interpretations and entanglement than newer books.

Shortest overview

7. Quantum Theory: A Very Short Introduction

John Polkinghorne was a Cambridge professor of mathematical physics who worked on the theory of elementary particles. In about 100 pages of text he covers how classical physics broke down, the double-slit experiment, the principles of the theory, the measurement problem, the main interpretations, entanglement and quantum computing as it stood in 2002. A short mathematical appendix shows the formulas for readers who want them.

It is the fastest route to a correct picture of the whole subject. The price of brevity is that some sections compress a lot into a page, and readers with no physics often need to read a chapter twice. Polkinghorne later became an Anglican priest, but he keeps theology out of this book.

• John Polkinghorne
• Oxford University Press, paperback (2002), 128 pages
• Little math in the text, a short math appendix

Good: a complete, accurate overview you can finish in an evening or two. Not great: dense in places, and the quantum computing section is out of date.

Best on the double-slit experiment

8. Through Two Doors at Once

Anil Ananthaswamy is a science journalist and former New Scientist editor. His whole book follows one experiment, the double-slit, from Thomas Young’s demonstration with sunlight around 1801 to modern versions with single photons, molecules and delayed-choice setups. He visits the labs that run them and explains what each version rules out.

Because every interpretation of quantum mechanics has to explain this one experiment, following it is a tidy way to meet all of them: Copenhagen, pilot waves, many worlds, collapse theories and QBism. It suits readers who prefer a single thread to a survey. You can run a version of the experiment yourself with a laser pointer and kitchen foil, explained in the at-home section below.

• Anil Ananthaswamy
• Dutton, paperback (2019), 304 pages
• No equations; one experiment, every interpretation

Good: concrete, with real labs and real people, and it makes the interpretations easy to compare. Not great: one experiment means less on quantum technology and the history before 1925.

Best reference-style beginner book

9. Quantum Physics For Dummies (3rd edition)

The 2024 third edition was rewritten by Andrew Zimmerman Jones, who also wrote String Theory For Dummies, and it is a different book from Steven Holzner’s 2009 and 2013 editions. Holzner’s versions were math textbooks in disguise, which is why so many readers gave them poor reviews. The new one explains the ideas first, adds the history and covers quantum computing, quantum cryptography and current experiments, with equations kept to the sections that need them.

Like all Dummies books it is built to be dipped into: short sections, summaries and cross-references. That makes it a good reference to keep next to a narrative book like Kumar’s. Make sure you buy the edition with Jones on the cover.

• Andrew Zimmerman Jones
• For Dummies (Wiley), paperback, 3rd edition (2024), 352 pages
• Light math; current through quantum computing

Good: the most up-to-date general beginner book in this list, easy to look things up in. Not great: the Dummies format breaks the story into pieces, and older editions still turn up in searches.

Best illustrated introduction

10. Introducing Quantum Theory: A Graphic Guide

J.P. McEvoy wrote the text and Oscar Zarate drew this comic-style history, which runs from blackbody radiation and Planck through Bohr’s atom, Heisenberg, Schrödinger and the Einstein-Bohr debates to Bell’s theorem. Every page mixes drawings of the physicists with diagrams of the experiments and short quotes.

It suits visual readers and teenagers, and it is quicker than any prose history. The cartoons carry real content. It stops before modern quantum technology.

• J.P. McEvoy and Oscar Zarate
• Icon Books, paperback, 4th edition (2007), 176 pages
• Comic format; history from 1900 to Bell

Good: the fastest way into the history, with drawings that help the ideas stick. Not great: crowded pages, and nothing on quantum computing or recent experiments.

Best graphic book on entanglement

11. Totally Random: Why Nobody Understands Quantum Mechanics

Jeffrey Bub is a philosopher of physics at the University of Maryland who has written on quantum foundations for fifty years; his daughter Tanya Bub drew it. They call it “a serious comic on entanglement,” and it is exactly that: two characters play with a pair of “quantum boxes” until the reader can see why entangled correlations cannot be explained by hidden instructions, which is the content of Bell’s theorem.

• Tanya Bub and Jeffrey Bub
• Princeton University Press, paperback (2018), 272 pages
• Comic format; entanglement and Bell’s theorem in depth

Good: makes Bell’s theorem something you can follow step by step. Not great: covers one topic, and the comic pacing is slow in the middle.

Best on the interpretation debate

12. What Is Real?

Adam Becker has a PhD in computational cosmology and writes about physics. His book is the history of the argument over what quantum mechanics means, from 1927 to today, and it is a pointed one: Becker argues that Bohr’s Copenhagen interpretation won by authority more than evidence and that physicists who questioned it, such as David Bohm, Hugh Everett and John Bell, had their careers damaged for it.

It is the best introduction to the interpretations, because it explains each one through the person who proposed it and the reasons it was ignored or revived. Some physicists think Becker is unfair to Bohr. That argument is part of the subject, and the book will leave you able to follow it.

• Adam Becker
• Basic Books, paperback (2019), 384 pages
• No equations; history and philosophy of quantum interpretations

Good: a lively, readable account of the debate most popular books skip. Not great: openly one-sided against Copenhagen.

Best case for many worlds

13. Something Deeply Hidden

Sean Carroll is a theoretical physicist at Johns Hopkins and the Santa Fe Institute. He argues that quantum mechanics should be taken at face value: the wave function never collapses, and every measurement splits the universe into branches, which is Hugh Everett’s many-worlds interpretation. He explains it from scratch, with decoherence and entanglement, and devotes the later chapters to how space and time might emerge from quantum entanglement.

It has more Amazon ratings than any other book in this guide, and the first half is one of the clearest explanations of the measurement problem in print. Read it with Becker or Rovelli to hear the other sides. The last third, on quantum gravity, is speculative and harder.

• Sean Carroll
• Dutton, paperback (2020), 368 pages
• No equations; argues for the many-worlds interpretation

Good: lays out the measurement problem as clearly as any book, by a working physicist. Not great: an argument for one view, and the quantum gravity chapters lose many beginners.

Shortest interpretation book

14. Helgoland

Carlo Rovelli, author of Seven Brief Lessons on Physics, opens with the 23-year-old Werner Heisenberg on the North Sea island of Helgoland in 1925, where he worked out the first version of quantum mechanics. He then lays out his own relational interpretation: objects have properties only in relation to other objects, so there is no view of reality from nowhere.

It is short and beautifully written, and it sets out the alternatives fairly before arguing for Rovelli’s. The second half moves into philosophy, including the Buddhist philosopher Nagarjuna and Lenin’s attack on Alexander Bogdanov, a follower of Ernst Mach, which some readers love and others skip. Translated from Italian.

• Carlo Rovelli, translated by Erica Segre and Simon Carnell
• Riverhead Books, paperback (2022), 256 pages
• No equations; the relational interpretation

Good: the most readable book on interpretations, and short. Not great: the philosophy chapters drift away from physics.

Best first taste of the math

15. The Quantum Universe: (And Why Anything That Can Happen, Does)

Brian Cox and Jeff Forshaw are particle physicists at the University of Manchester. They build quantum theory from Feynman’s idea that a particle takes every possible path, drawn as clocks whose hands add up, and use it to derive real results: why atoms are stable, why some materials conduct electricity, how transistors work and why white dwarf stars do not collapse.

It is the most ambitious popular quantum book: it actually calculates things. The first half is manageable with school algebra. The middle chapters, on electrons in atoms and solids, get hard, and Cox and Forshaw know it; they tell readers it is fine to skim the math on a first read. The calculation of a white dwarf’s maximum mass near the end is one of the best payoffs in popular physics.

• Brian Cox and Jeff Forshaw
• Da Capo, paperback (2013), 272 pages
• Some algebra; builds the theory and applies it

Good: shows you how quantum theory produces real predictions, not only what it says. Not great: difficulty jumps in the middle chapters.

Best for reading equations, not solving them

16. Quanta and Fields

The second volume of Sean Carroll’s Biggest Ideas in the Universe series grew out of video lectures he recorded during 2020. His promise is that he will show you the real equations of physics and teach you to read them, without expecting you to solve them. This volume covers the wave function, measurement, entanglement, quantum fields, the particles of the Standard Model, symmetry and renormalization.

It goes further into modern physics than any other book here: quantum field theory, the framework that describes all known particles, is normally graduate material. Readers who enjoyed Something Deeply Hidden and wanted more substance are its audience. It works best after one no-math book. You can read it without volume 1, Space, Time, and Motion, though it refers back to it.

• Sean Carroll
• Dutton, hardcover (2024), 304 pages
• Equations shown and explained, not exercised

Good: real physics up to quantum field theory for a general reader. Not great: dense, and only in hardcover in the US for now.

Best bridge to the real math

17. Quantum Computing for Everyone

Chris Bernhardt is a mathematician at Fairfield University, and his book teaches the core of quantum mechanics the way quantum computing courses do: with qubits, spin, vectors and a few small matrices. He explains every piece of math from high school level, then uses it for entanglement, Bell’s inequality, quantum gates, quantum key distribution and the algorithms of Deutsch, Grover and Shor.

It is the best book for programmers, engineers and anyone curious about quantum computers. It is also, quietly, the best preparation for Susskind’s Theoretical Minimum, because it covers the same linear algebra at a gentler pace. When a software developer in the CERN computing group asked me where to start before the quantum computing hype passed him by, this was my first suggestion. Our guide to the best quantum computing books for beginners covers that field in more depth.

• Chris Bernhardt
• MIT Press, paperback (2020), 216 pages
• High school algebra, vectors and 2×2 matrices, all explained

Good: teaches the real formalism with minimal math, and quantum computing as a bonus. Not great: nothing on waves or atoms, the other half of quantum physics.

Best first quantum mechanics book with math

18. Quantum Mechanics: The Theoretical Minimum

Leonard Susskind is a Stanford theoretical physicist and one of the founders of string theory. The Theoretical Minimum books come from his continuing-education lectures for adults in the Bay Area, written up with Art Friedman, a software engineer who took the course. This is the second book in the series, and it does not require the first.

It starts with spin, the simplest quantum system, instead of waves, which means the first chapters need only vectors and matrices, and Susskind teaches those himself. From there it builds the actual rules: states, measurements, uncertainty, time evolution, entanglement (with a full chapter on Bell’s theorem), and finally particles moving in space and the harmonic oscillator. Each chapter has exercises without printed answers; worked solutions from readers are easy to find online. His free lecture videos at theoreticalminimum.com follow the book closely.

• Leonard Susskind and Art Friedman
• Basic Books, paperback (2015), 384 pages
• Needs algebra; teaches linear algebra; some calculus in later chapters

Good: the real theory for a motivated adult, with free lectures that match it. Not great: no answers to exercises in the book, and the later chapters on wave functions assume calculus.

Best for explaining every step

19. No-Nonsense Quantum Mechanics

Jakob Schwichtenberg has a PhD in particle physics from the Karlsruhe Institute of Technology and writes textbooks for self-learners. This one is the opposite of a terse classic: every calculation is written out, every idea is explained more than once, and the margins carry reminders of the math you need. It covers the three formulations of quantum mechanics (wave functions, matrices and path integrals) and shows how they connect.

It suits readers who stalled in a standard textbook because steps were skipped. Pair it with a book that has problems. Make sure you buy the “Student-Friendly Introduction, Second Edition,” not the older 2018 version with a different subtitle.

• Jakob Schwichtenberg
• No-Nonsense Books, paperback, 2nd edition, 266 pages
• Needs calculus; explains the linear algebra

Good: no skipped steps, ideal when other books leave you lost. Not great: wordy, and light on exercises.

Best short math companion

20. A Student’s Guide to the Schrödinger Equation

Daniel Fleisch taught physics at Wittenberg University and writes the Cambridge Student’s Guides, which take one equation or topic and explain it slowly. This one covers the math you need for wave mechanics (vectors, operators, Dirac notation, functions as vectors) and then the Schrödinger equation itself, solved for the standard cases: the infinite well, the finite well and the harmonic oscillator.

It is not a full course, but it fills the gap most self-learners fall into, which is the jump from algebra to operators and Dirac’s bra-ket notation. Each chapter has problems, with full solutions free on the book’s website. Read it before or alongside Griffiths.

• Daniel A. Fleisch
• Cambridge University Press, paperback (2020), 236 pages
• Needs calculus; teaches the linear algebra and notation

Good: the clearest explanation of the notation that stops most beginners, with solutions online. Not great: covers wave mechanics only, not spin or entanglement.

Best Teach Yourself course

21. Quantum Mechanics: A Complete Introduction

Alexandre Zagoskin is a physicist at Loughborough University who works on superconducting qubits. His book is part of the Teach Yourself series, so every chapter opens with what you will learn, ends with a short quiz and adds key-idea boxes along the way. It covers the standard first course plus topics most introductions leave out, including quantum computing, density matrices and the relationship between quantum and classical mechanics.

It assumes calculus and moves fast for its length. It suits readers who like structure and short sessions.

• Alexandre Zagoskin
• Teach Yourself (John Murray), paperback (2015), 256 pages
• Needs calculus; moves to university level quickly

Good: structured for self-study, with quizzes and wide coverage. Not great: fast for complete beginners, and few long problems.

Best first university textbook

22. Introduction to Quantum Mechanics (Griffiths and Schroeter)

Griffiths is the standard undergraduate quantum mechanics textbook in American universities, and the one self-learners mean when they say “the real thing.” It starts with the wave function and the Schrödinger equation, solves the standard problems, then covers the formalism, the hydrogen atom, angular momentum and spin, identical particles and approximation methods. The third edition, with Darrell Schroeter, adds a chapter on symmetries and more problems.

The writing is conversational and the problems are excellent, which is why it dominates. It expects you to know multivariable calculus and differential equations and to pick up linear algebra from its appendix, which many readers find too short; Fleisch’s Student’s Guide fills that gap. Official solutions are sold only to instructors, so check your work against a study group or online discussions. The epilogue on interpretations is short but fair.

• David J. Griffiths and Darrell F. Schroeter
• Cambridge University Press, hardcover, 3rd edition (2018), 508 pages
• Needs calculus and differential equations; linear algebra in an appendix

Good: the clearest standard textbook, with hundreds of good problems. Not great: starts with waves, which makes the formalism feel abstract later, and no public solutions.

Best spin-first textbook

23. Quantum Mechanics: A Paradigms Approach

David McIntyre teaches at Oregon State University, whose Paradigms in Physics program rebuilt the undergraduate course around spin first. His textbook starts with the Stern-Gerlach experiment and two-state systems, the same route as Susskind, then moves to wave functions, the hydrogen atom, perturbation theory and a modern chapter on entanglement and quantum information.

It is the natural next step after The Theoretical Minimum, because it continues in the same direction at university depth. Many instructors think spin-first teaching makes the math clearer than Griffiths’s waves-first order. The 2022 Cambridge printing is the edition in print; the earlier Pearson edition is the same book.

• David H. McIntyre
• Cambridge University Press, hardcover (2022 printing), 590 pages
• Needs calculus; linear algebra from the start

Good: spin-first order, modern topics and clear examples. Not great: fewer online resources and solutions than Griffiths.

Best second view

24. The Feynman Lectures on Physics, Vol. III: Quantum Mechanics

The third volume of Feynman’s lectures to Caltech undergraduates in the early 1960s was the first textbook to start quantum mechanics with two-state systems and amplitudes, decades before it became fashionable. Feynman builds the theory from the double-slit experiment and then the ammonia molecule, spin and the hydrogen atom, explaining why each rule must be the way it is.

It is wonderful to read and poor as a first course: there are no exercises in the book, and Feynman skips steps a student would need. Use it as a second explanation next to Susskind or Griffiths. The full text is free to read online at Caltech; buy the print edition only if you prefer paper.

• Richard P. Feynman, Robert B. Leighton and Matthew Sands
• Basic Books, hardcover, New Millennium Edition (2011), 400 pages
• Needs calculus; no exercises

Good: the deepest explanations of why the rules work, and free online. Not great: no problems, so you cannot learn to calculate from it alone.

Best for young children and gifts

25. Quantum Physics for Babies

Chris Ferrie is a quantum physicist at the University of Technology Sydney, and he started the Baby University series by writing books for his own children. This board book explains that atoms have energy levels and electrons jump between them, with bold, simple pictures and one sentence a page. The physics is correct, which is more than many children’s science books manage.

Babies will enjoy the colors and shapes, toddlers and preschoolers the words, and adults the joke. It is the most-reviewed quantum book on Amazon and a common gift for physicist parents. The sequel, Quantum Entanglement for Babies, does the same for entanglement and is the better second book than the general physics titles in the series.

• Chris Ferrie
• Sourcebooks Explore, board book (2017), 24 pages
• Ages 0 to 3, with real physics

Good: accurate, sturdy and a gift parents laugh at. Not great: 24 pages, so it is a gift or a bedtime book, not a lesson.