Which maths courses are required for Physics?

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SUMMARY

The discussion centers on the mathematics courses required for a Physics degree, specifically noting that Calculus III is the minimum requirement at the transferring school. Key recommendations include taking Linear Algebra and Differential Equations, as they are essential for upper-level Physics courses. While Complex Analysis and Partial Differential Equations (PDEs) are beneficial, they are not mandatory. The book "Mathematical Methods for Physicists" by Mary Boas is highlighted as an excellent resource for self-study in the necessary mathematics.

PREREQUISITES
  • Understanding of Calculus I-III
  • Familiarity with Linear Algebra concepts
  • Knowledge of Differential Equations
  • Basic principles of Physics
NEXT STEPS
  • Study Linear Algebra techniques and applications
  • Learn Differential Equations and their relevance in Physics
  • Explore the book "Mathematical Methods for Physicists" by Mary Boas
  • Research advanced topics such as Solid State Physics and Quantum Mechanics
USEFUL FOR

Students pursuing a Physics degree, academic advisors, and anyone interested in understanding the mathematical foundations necessary for advanced Physics courses.

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The school I am looking to transfer to only requires up to Calculus III for a Physics degree, so I am considering not taking any more maths courses after that to make room for more Physics courses, and learn the maths on my own. What maths would be required for upper-level Physics courses? (Linear Algebra, Differential Equations, Real/Complex Analysis, etc.)
 
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I'd advise taking differential equations and linear algebra. Complex analysis, PDEs, etc are nice but not required - I would not take them in place of physics courses. PDEs is possibly worth taking in place of a physics elective.

Does your physics department have a mathematical methods course?
 
Yes, I agree with Jorriss. Linear algebra and differential equations are crucial.
In addition, I would take a look at the following excellent book by Boas: https://www.amazon.com/dp/0471198269/?tag=pfamazon01-20
It contains about all the math you need for most of physics. If you're going to self-study the math, then this book is excellent.
 
The school offers tons of advanced/upper-level maths courses - but I thought if I can just learn them all on my own since they are not required for the degree, it might not make a difference on my transcript.
 
I would consider it odd not to require at least differential equations in addition to calculus I-III. The physics department might teach a required "mathematical methods" course instead of requiring physics majors to take DE and linear algebra over in the math department.
 
Oh, it's possible I might have overlooked that requirement - but in any case, would Mathematical Methods/DE+Lin Alg be all that's necessary to complete the majority of Physics courses? Or would it be advisable to study even more advanced mathematics on my own to suit the more challenging modules (Solid State, Nuclear/Particle, Relativity, Advanced Quantum Physics, etc.)?
 
Micromass has mentioned the Mary Boas's text. Please look at that, because it contains practically all the mathematics you WILL need at most undergraduate level.

I've mentioned this text several times in many different threads, including my "So You Want To Be A Physicist" essay.

Zz.
 

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