Comming back to physics after 3 years

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The discussion centers on recommendations for textbooks on differential geometry and tensors, particularly for learning general relativity (GR). Participants suggest several resources, emphasizing the need for books that provide thorough explanations and worked examples. Notable recommendations include "Spacetime and Geometry: An Introduction to General Relativity" by Sean Carroll, "Differential Geometry and General Relativity" by Stefan Waner, and an entry-level GR text by Hartle, which is praised for its clarity. Additional resources can be found through the catalog at The Assayer. Overall, the conversation highlights the importance of accessible materials for self-study in complex subjects like general relativity.
disknoir
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Hey

So, I did my physics degree a while ago, and I've been missing the head hurting that theoretical physics used to cause me; I'm guess I a bit of a masochist :P

As I only did special relativity at uni, I've decided to learn the general variety.

Can anyone recommend any textbooks on differential geometry and tensors?

I'm not a fan of overly concise maths books; who is?! I need something with a decent level of explanation and worked examples (as I don't have a tutor to explain things anymore).

Any other advice on tackling this subject would be well received.

Thanks
 
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