Anyone good at physics here? I need some help
Is anybody good at physics here? I'm alright when it comes to mathematics, but my physics knowledge is laughable at best, and I need help improving it.
I need help getting an overview of the mathematical formulation of the general theory of relativity. So far, I'm familiar and comofrtable with the mathematical formulation and derivation of the special theory of relativity.
Could anybody please briefly describe the general theory of relativity in terms of mathematics? Any resources which give a very short overview of general relativity using mathematics are welcome. (It would be great if these resources would assume the knowledge of mathematics required for it.)
I need help getting an overview of the mathematical formulation of the general theory of relativity. So far, I'm familiar and comofrtable with the mathematical formulation and derivation of the special theory of relativity.
Could anybody please briefly describe the general theory of relativity in terms of mathematics? Any resources which give a very short overview of general relativity using mathematics are welcome. (It would be great if these resources would assume the knowledge of mathematics required for it.)
Try this:
https://preposterousuniverse.com/wp-con ... inypdf.pdf
Sean Carrol A non-nonsense introduction to General Relativity
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I need help getting an overview of the mathematical formulation of the general theory of relativity. So far, I'm familiar and comofrtable with the mathematical formulation and derivation of the special theory of relativity.
Could anybody please briefly describe the general theory of relativity in terms of mathematics? Any resources which give a very short overview of general relativity using mathematics are welcome. (It would be great if these resources would assume the knowledge of mathematics required for it.)
Try this:
https://preposterousuniverse.com/wp-con ... inypdf.pdf
Sean Carrol A non-nonsense introduction to General Relativity
Thanks a lot, this is exactly the kind of stuff I was looking for.
I see this presentation by Sean Carrol is quite similar to what I usually find elsewhere.
I wrote an introduction to General Relativity in a formally much simpler way, where I can express and justify the main equation without even an explicit use of the tensor formalism, by focusing on the simple but still somehow "general enough" example of the universal expansion.
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