12 Best General Relativity Books
The best general relativity books, ranked by how many expert sources recommend each one, with notes on mathematical prerequisites and who each book suits.
Our take
General relativity describes gravity through the geometry of spacetime, but books about it can ask very different things of a reader. Some develop physical intuition with school mathematics. Others teach the tensors, curvature and equations needed to calculate. Choosing a book that matches your preparation matters more than choosing the thickest or most famous reference.
Gravity from the Ground Up connects the subject with astronomy, while General Relativity from A to B emphasizes conceptual reasoning about spacetime. For a first mathematical course, A First Course in General Relativity develops the tools carefully, and Gravity brings physical applications forward. Spacetime and Geometry moves toward a more advanced course. Wald’s General Relativity and Gravitation provide demanding routes for deeper study and reference. A solutions manual is most useful alongside the textbook edition it accompanies.
Start with Gravity from the Ground Up for orientation, or A First Course in General Relativity if you are ready to work through university-level mathematics.
12 books · 9 sources · Last updated
As an Amazon Associate, we earn from qualifying purchases (at no extra cost to you).
How to choose from this list
Skip to the full rankingIf you want physical intuition first: Gravity from the Ground Up → General Relativity from A to B
If you want a first mathematical course: A First Course in General Relativity → Spacetime and Geometry
If you prefer applications before formal geometry: Gravity → Spacetime and Geometry
If you are ready for graduate study: Spacetime and Geometry → General Relativity → Gravitation
If you want Einstein’s own explanation: Relativity
The 12 books, ranked
Ranked by how many expert sources name each book. Ties go to the book more people recommend.
For advanced undergraduates and beginning graduate students who want geometry connected to physical applications. Its coherent course structure bridges introductory treatments and research references, but comfort with calculus, linear algebra and sustained mathematical reasoning is essential.
What it's about
Sean Carroll introduces general relativity for advanced students, progressing from special relativity to differential geometry and Einstein's equations. The textbook balances mathematical techniques with physical interpretation through applications to black holes, gravitational radiation, and cosmology.
Also recommended by
1 person
Patrick Collison recommended this bookPatrick Collison
Patrick Collison labeled this book "substantially above average."
Patrick Collison's recommendation of this book
For undergraduates who want to see physical applications before mastering all the formal geometry. Its examples-first approach makes black holes and cosmology accessible sooner, but readers seeking a strictly mathematical progression may find the ordering less natural.
What it's about
James Hartle introduces general relativity through its physical applications before developing the supporting mathematics. Written for undergraduate physics students, the textbook explores warped spacetime, black holes, gravitational waves, and cosmology using a physics-first approach.
Also recommended by
1 person
Brian Cox recommended this bookBrian Cox
"The best intro text book in my view." - Brian Cox
Brian Cox's recommendation of this book
A First Course in General Relativity
For students taking their first mathematical course in relativity. Its careful introduction to tensors makes the transition to curved spacetime more manageable, but it still expects undergraduate mathematical fluency and steady work through the exercises.
What it's about
Bernard Schutz introduces general relativity to undergraduates with limited mathematical preparation. Exercises develop the necessary techniques alongside applications to black holes, relativistic stars, pulsars, gravitational waves, and cosmology, connecting the theory with questions in astronomy.
Gravitation
For committed students and researchers who want extensive physical intuition alongside formal development. Its breadth and alternative reading tracks reward repeated consultation, but the enormous size and unconventional organization can overwhelm anyone seeking a concise first course.
What it's about
Charles Misner, Kip Thorne, and John Wheeler present a graduate-level treatment of Einstein's general relativity. The extensive textbook develops the physics of gravitation through two tracks, combining core material with advanced topics for a longer course.
Also recommended by
1 person
Eric Weinstein recommended this bookEric Weinstein
Eric Weinstein tweet about books that mattered enough to him.
Eric Weinstein's recommendation of this book
General Relativity
For graduate students who want a precise mathematical foundation and a durable reference. Its compact geometric treatment supports advanced work, but the terse explanations and sophisticated notation make it a difficult first encounter with relativity.
What it's about
Robert M. Wald presents a mathematically rigorous introduction to general relativity and its physical interpretation. The textbook examines central questions and problems in the theory, developing detailed analyses for students beginning sustained study of the subject.
Einstein Gravity in a Nutshell
For readers who learn through physical motivation, informal discussion and wide-ranging connections. Its expansive explanations offer a different route from compact textbooks, but the title understates its length and the mathematical work required.
What it's about
A. Zee introduces Einstein's general theory of relativity, beginning with Newtonian mechanics and building toward contemporary research. His expansive textbook combines conceptual explanations, mathematical development and humor to explore gravity and its place in physics.
Introducing Einstein's Relativity
For students who want physical insight supported by a substantial mathematical development. Its systematic textbook approach offers another route through relativity beyond the shorter introductions, but the density requires confidence with university-level mathematics and patient study.
What it's about
Ray d’Inverno and James Vickers introduce Einstein’s relativity by combining physical arguments with mathematical development. The second edition builds a foundation for studying spacetime and gravitation, guiding students from introductory concepts toward a deeper understanding of the theory.
A Student's Manual for A First Course in General Relativity
For students working through Schutz’s textbook who need help understanding the route through exercises. Its worked solutions support independent study, but it is a companion rather than a standalone course, and matching editions matters.
What it's about
Robert Scott provides a problem-solving companion to Bernard Schutz's relativity textbook. Worked solutions and explanatory comments develop understanding of special relativity, tensors, curved spacetime, gravitational radiation, black holes and cosmology, with references supporting further study.
General Relativity from A to B
For curious readers who want to think carefully about spacetime without starting with tensor calculus. Its geometric arguments develop conceptual understanding, but the restrained mathematics leaves a gap before you can calculate with the full theory.
What it's about
Robert Geroch develops general relativity through the geometry of spacetime, explaining how physical ideas evolve into a theory. Events, intervals and Einstein's equation lead toward black holes, with careful conceptual discussion accompanying the progression.
Gravity from the Ground Up
For readers with school mathematics who want gravity connected to observable astronomy. Its progression from familiar phenomena to relativistic ideas provides physical motivation, but it does not supply the tensor-based training needed for a full university course.
What it's about
Bernard Schutz introduces gravity by connecting everyday experience with astronomy and general relativity. Using high-school mathematics and optional computer explorations, he develops explanations of stars, black holes and the universe while showing how gravity shapes observable phenomena.
For readers who want to encounter the theory through Einstein’s own explanation. Its direct treatment reveals the reasoning behind central ideas, but the historical language and presentation can be less accessible than a modern introductory guide.
What it's about
Albert Einstein introduces special and general relativity for readers outside professional physics. Using thought experiments and explanations of space, time, motion, and gravitation, he develops the reasoning behind theories that challenge familiar assumptions about the physical world.
For readers comfortable with school mathematics who want an unconventional introduction to Einstein’s ideas. Its illustrations and distinctive short-line presentation make abstract topics approachable, but the historical style takes adjustment and is not a modern textbook replacement.
What it's about
Lillian Lieber explains special and general relativity using accessible mathematics and illustrations by Hugh Lieber. Her distinctive presentation develops the essential ideas and equations, including tensors, for readers willing to work with high-school mathematical concepts.
Sources
- 1
Recommended Resources For Self-Studying Special and General Relativity
profoundphysics.com
- 2
Best General Relativity Books for Beginners
gauravtiwari.org
- 3
100 Best General Relativity Books of All Time
shortform.com
- 4
General Relativity Books
goodreads.com
- 5
Readings | General Relativity | Physics | MIT OpenCourseWare
ocw.mit.edu
- 6
Annotated Bibliography
sites.science.oregonstate.edu
- 7
Some references on General Relativity
indico.in2p3.fr
- 8
General relativity book recommendations
reddit.com
- 9
Book recommendations for learning Special & General Relativity?
reddit.com
Edited by
Software engineer whose passion for tracking book recommendations from podcasts inspired the creation of MRB.
Lead investor at 3one4 Capital whose startup expertise and love for books helped shape MRB and its growth.
Comments
Spotted a missing book, a wrong order or a mistake? Tell us and we'll fix this page.
We're a reading guide, not the author or publisher, so we can't send books or pass on messages.