Is there a more beginner-friendly book to learn General Relativity?

In summary, the conversation discusses the best books for beginners to learn General Relativity. The person has a strong math background and is looking for recommendations. The books "Gravitation" by Misner, Thorne, and Wheeler and "Schutz" are mentioned, with "Carroll" and "Wald" as possible alternatives. The person also recommends books by John M. Lee for differential geometry. The conversation also mentions the importance of understanding Special Relativity before learning General Relativity.
  • #1
AliAhmed
21
0
I'm not sure if this is the right place to post this topic, but I need some opinions.

I would really love to learn General Relativity. I possesses a working knowledge of tensors (namely tensor calculus and analysis).

Upon doing some research I was told Gravitation by Misner, Thorne, and Wheeler is one of the best books out there however I've also read that it is not ideal for beginners. Is there any other book that would be ideal for me.

Also, is it necessary to know Special Relativity before learning General Relativity? If so, can someone recommend a good book (my mathematics skills are very advanced).
 
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  • #2
Special relativity isn't difficult. The first few chapters in Schutz go over it in enough detail that, with your math background, you should be able pick it up immediately. Schutz is a good book for beginners, though you're probably ready for something a little more advanced.

My recommendation is Carroll with Wald as a reference.
 
  • #3
elfmotat said:
Special relativity isn't difficult. The first few chapters in Schutz go over it in enough detail that, with your math background, you should be able pick it up immediately. Schutz is a good book for beginners, though you're probably ready for something a little more advanced.

My recommendation is Carroll with Wald as a reference.
This looks like a very good recommendation. I really like Schutz for the chapters about SR, but i'd prefer something else for GR. I like Wald better than Schutz for the GR, but I think it's a bit too hard for most people. I don't know anything about Carroll, but it has a really high rating at Amazon.

I also recommend the books by John M. Lee for differential geometry. (The ones with "smooth manifolds" and "Riemannian manifolds" in their titles).

Edit: I didn't see this:
Ali said:
(my mathematics skills are very advanced).
If this is the case, then Wald is definitely an option. If you have the mathematical maturity, the only problem is that it doesn't really cover SR.
 

FAQ: Is there a more beginner-friendly book to learn General Relativity?

What is General Relativity?

General Relativity is a theory of gravity developed by Albert Einstein in the early 20th century. It describes how massive objects interact with each other and how they affect the shape of space and time.

Why is it important to learn General Relativity?

General Relativity is a fundamental theory in physics that has been proven to accurately describe the behavior of gravity in our universe. It is also necessary for understanding important concepts such as black holes, the expansion of the universe, and the bending of light.

Is General Relativity difficult to learn?

General Relativity can be a challenging subject to learn, as it involves complex mathematical equations and abstract concepts. However, with dedication and proper guidance, it can be understood by anyone with a strong foundation in physics and mathematics.

How can I learn General Relativity?

There are many resources available for learning General Relativity, including textbooks, online courses, and lectures. It is recommended to have a strong understanding of calculus and classical mechanics before delving into General Relativity.

What are some real-world applications of General Relativity?

General Relativity has been crucial in the development of technologies such as GPS, which relies on precise measurements of time and space. It also helps us understand the behavior of massive objects in space, such as the orbit of planets and the fusion reactions in stars.

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