Which road to Special and General Relativity, and beyond?

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SUMMARY

The discussion centers on recommendations for books to study Special and General Relativity, as well as string theory, following foundational texts in mathematics. Mads is currently reading "Calculus" by M. Spivak and "Linear Algebra Done Right" by S. Axler. Forum members recommend "Analysis on Manifolds" by Munkres and "Ordinary Differential Equations" by V. Arnold (new edition) to build on these foundations. Additionally, "Spacetime Physics" is suggested as an accessible introduction to Special Relativity.

PREREQUISITES
  • Understanding of Calculus as presented in "Calculus" by M. Spivak
  • Familiarity with Linear Algebra from "Linear Algebra Done Right" by S. Axler
  • Basic knowledge of Multi-variable Calculus and Ordinary Differential Equations
  • Interest in mathematical physics and theoretical concepts
NEXT STEPS
  • Study "Analysis on Manifolds" by Munkres to deepen understanding of advanced calculus
  • Read "Ordinary Differential Equations" by V. Arnold (new edition) for insights into differential equations
  • Explore "Spacetime Physics" for a foundational understanding of Special Relativity
  • Research string theory fundamentals to prepare for advanced topics in theoretical physics
USEFUL FOR

Students of mathematics and physics, particularly those interested in theoretical physics, mathematical foundations, and aspiring physicists looking to understand Special and General Relativity.

madsmh
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Hello, I am studying mathematics and physics on my own. However, it is the mathematical side of physics that interest me.

I would like some recommendations on which books would be beneficial for me to read, to gain an understanding of Special and General Relativity, and ultimatly string theory.

I am currently reading Calculus by M. Spivak, and Linear Algebra Done Right, by S. Axler.
If anyone could suggest books to read after I'm done with these, I would be greateful.

.. Mads
 
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Those are very good books. Two books I'd suggest that cover Multi-variable calculus and ODE at the level of Axler and Spivak (read high) are:

Analysis on Manifolds - Munkres
Ordinary Differential Equations - V. Arnold (note I'd get the "new" edition as it covers the standard solution methods as well as the dynamical systems stuff)

Both books are difficult but not harder then Spivak or Axler in my opinion.

I think it might be best to cover a little more math and physics before tackling General Relavity but Special Relativity is a very accessible subject. I's suggest "Spacetime Physics" its a good introduction but I'd say its the easiest book I've recommended.
 
Hi Deluks, thank you very much for your suggestions! The books you suggested does indeed seem excellent.

.. Mads
 

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