The best physics books can help us answer some of the biggest questions: What is our place in the universe? How do we explain what happens around us? If you're wanting to top up your physics bookshelf, Black Friday is a good time to do so, as we're expecting to see some great deals. For example, Amazon currently has 45% off the Feynman Lectures on Physics box set.
Physics can be a dense and detailed study, with complicated theories and exploration of ideas that can be difficult for anyone to fully comprehend. The best physics books explain these concepts in ways that are approachable and will continue your journey of understanding our physical world.
We’ve collected the best physics books written by some of the world’s most renowned scientists, including Stephen Hawking, Brian Greene, and Richard Feynman. If you're looking for physics books that specifically deal with the cosmos, then you can check out our guide to the best astronomy books.
Written by one of the world’s most renowned string theorists, The Elegant Universe takes complex topics and makes them easily accessible to any reader – with or without a science background! Greene creates an impactful and visual reading experience as he navigates through the mysteries of the universe. This international bestseller inspired a major Nova special and leans into Green’s expertise in superstring theory.
The Elegant Universe brings thoughtful discussion surrounding special relativity, general relativity, and quantum mechanics, paving the way towards an explanation of all forces and matter. Simple analogies and footnotes break down heavier topics with a dash of humor. Readers will be delighted by the approachable way in which Greene ties in string theory to help our understanding of the vast universe.
Unmissable content for any student – and those eager to learn more about this expansive field – who wants a foundational introduction to physics written by beloved Nobel laureate, Richard P. Feynman. The Feynman Lectures on Physics is a collection of his most profound lectures, reprinted and corrected in collaboration with CalTech. Inside this three-book box set, you’ll find the basic principles of Newtonian physics through more complex topics such as general relativity, quantum mechanics, and beyond.
Feynman's lectures are accessible without sacrificing relevant information. His passion is evident throughout the pages, never shying away from asking the tougher questions and challenging his audience to expand their thinking. This is a box set designed for each generation, setting up the future for emerging scientists.
Quantum Mechanics: The Theoretical Minimum is the second book in the Theoretical Minimum series. If you’re a reader with some knowledge of linear algebra and calculus who wants to dive deeper into the world of quantum mechanics, this is for you. Susskind and Friedman make it easy to follow along with the subject matter, getting to logical explanations quickly. Susskind deploys notations in earnest, condensing information into manageable symbols.
It’ll get you thinking about the information differently, trying out a new way to speculate and approach complicated topics. This book will connect the dots, build the bridges between each concept presented, and explain all the core ideas of theory coherently.
Gamow possesses an engaging, entertaining way of presenting the very basics of quantum physics and its progression over the span of three decades. As Gamow was personally acquainted with the scientists presented in this book – Bohr, Pauli, Dirac, and Heisenberg… just to name a few – the result is a level of humanity and personality behind the origins of some of physics' most complex theories and equations.
This is a book about how science has changed and developed in the last century, and Gamow writes this in a way that is accessible to a general audience. Covering prominent events between 1900-1930, you’ll get the inside story on the course that shaped modern physics.
Written by the late Stephen Hawking – one of the most renowned scientists of this century – A Brief History of Time delves into topics such as black holes, wormholes, uncertainty principle, space and time, expansion of the universe, time travel, and so much more.
Hawking manages to be accessible, while still speaking to those with years of scientific experience under their belts. It’s quick and to the point, providing clarity around some of the most complex mechanics of how our universe works. Logically organized, humorous at times, and immersive, you’ll be taken on a journey that spans from our world’s earliest astronomers to the latest on the future of the universe.
Carlo Rovelli is a widely respected and renowned theoretical physicist who introduces you to the modern world of physics. It’s a short book, with the paperback only coming in at 81 pages, but it’s packed with playful and entertaining takes on our world and the role we play in it. Moving quickly through Einstein’s general relativity, quantum mechanics, and other complexities of our known universe, Seven Brief Lessons outlines how physics arrived to where it is now.
Written confidently and in a way that is accessible to any reader, the intricacies of this book is written with vivid clarity. Beautifully written, and almost lyrical in its presentation of Newton, Bohr, and Einstein, Seven Brief Lessons on Physics is not one to miss.
Fans of pop culture will delight in the insights presented in this engaging and humorous book. Michio Kaku, theoretical physicist and bestselling author, explores the possibilities of teleportation, force fields, interstellar spaceships, and other future technologies you’ve seen only in science fiction. Are they truly as impossible to achieve as it seems?
In this informative yet widely imaginative look at the universe and the laws of physics, the very topic of scientific possibility is on full display. Kaku looks into the several branches of physics – from Newtonian mechanics up to relativity and quantum mechanisms of the 20th century. Sci-fi technologies are broken down into accessible ideas as Kaku explores the possibilities of building starships, time travel, and invisibility.
Famous for popularizing science with his other works, Neil deGrasse Tyson is an American astrophysicist presenting another engaging question for his audience: How do we fit within the universe? Astrophysics for People in a Hurry is exactly what the name promises – this is for readers who want simplified, understandable, and manageable information on the nature of space and time.
Tyson’s passion and wit leap off the page as he guides through the concepts of the forces that make up our universe. A short, palpable read for those who want something easy to digest in one or two sittings. This is an easy, fun-to-read book that will get you thinking about the world around you.
Carl Sagan’s Cosmos is a treat for the eyes with its illustrated chapters. Not only that, The Cosmos: A Personal Voyage, is a 13-part television series meant to accompany the book as you’re taken along a journey through cosmic evolution. Covering a wide variety of topics – from the astronomical to the historical – Cosmos will trigger a deeper way of thinking about our existence and our roles in the universe.
This is for the endlessly curious and those who want to know how we came to be and where we’re headed. Sagan makes the complex simple, while never losing the grand scale and drama that is the nature of the cosmos.
John Gribbin tells the story of how Schrodinger’s Cat came to be - of how quantum mechanics emerged. With a thorough look at the scientists who developed quantum theory, Gribbin explores topics such as radiation, time travel, and the birth of life. This is a delightful, thought-provoking introduction to quantum physics. Gribbin makes a complicated topic easily accessible for the average reader. This is perfect for those we want to confront the understanding of how the world works.
In Search of Schrodinger's Cat is a scientific lesson in quantum physics without feeling like you’re reading from a textbook. Extensive and well-written, you’ll be presented with a modern view of quantum physics without feeling overwhelmed.
