Do I need to learn more math as a physics autodidact?

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SUMMARY

To effectively learn physics as an autodidact, focus on mastering the necessary mathematics through physics textbooks rather than specialized math texts. Key mathematical concepts such as single variable calculus, multivariable calculus, vector calculus, linear algebra, and ordinary differential equations are foundational. For both undergraduate and graduate studies, prioritize resources that integrate math with physics applications, specifically those aimed at scientists and engineers. This approach ensures a practical understanding of mathematics as a tool for physics.

PREREQUISITES
  • Single Variable Calculus
  • Multivariable Calculus
  • Linear Algebra
  • Ordinary Differential Equations
NEXT STEPS
  • Explore "Mathematical Methods for Physicists" by George B. Arfken
  • Study "Mathematics for Physicists" by Susan Holmes
  • Learn about the application of Lie Groups and Lie Algebras in physics
  • Investigate advanced classical mechanics and electrodynamics textbooks
USEFUL FOR

This discussion is beneficial for physics autodidacts, students transitioning from undergraduate to graduate studies, and anyone interested in integrating mathematics with physics effectively.

Ahmed1029
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I managed to master the single variable, multivariable, and vector calculus, linear algebra, and some ordinary differential equations. After that, I studied advanced advanced introductions to classical mechanics and electrodynamics. I'm currently studying waves and oscillations and don't intend to stop somewhere. My question then is whether from now I should only study the physics textbooks and learn the math I need through physics, or learn math from specialized math textbooks.
Is the answer the same for both undergraduate and graduate level books?
 
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Ahmed1029 said:
My question then is whether from now I should only study the physics textbooks and learn the math I need through physics,
In general, now you have all the basics, this is probably the better approach.
Ahmed1029 said:
or learn math from specialized math textbooks.
Only now and again if it's something you need to nail down thoroughly. Note, however, that it's often difficult to relate the material in specialized maths books (e.g. Lie Groups and Lie Algebras) to the application of that mathematics to physics.
 
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Ahmed1029 said:
I managed to master the single variable, multivariable, and vector calculus, linear algebra, and some ordinary differential equations. After that, I studied advanced advanced introductions to classical mechanics and electrodynamics. I'm currently studying waves and oscillations and don't intend to stop somewhere. My question then is whether from now I should only study the physics textbooks and learn the math I need through physics, or learn math from specialized math textbooks.
Is the answer the same for both undergraduate and graduate level books?
If your primary interest is physics, then you should view math as a tool for physics. Learn the math you need from physics books, supplemented by books geared towards "math for physicists (scientists, engineers)" rather than books geared towards math for mathematicians. This holds for undergrad and grad.
 
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Thank you guys your answers are such a relief!
 
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