What Topics Should an Undergraduate Study in Math and Physics for Self-Study?

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SUMMARY

The discussion centers on self-study topics in mathematics and physics for an undergraduate nearing graduation. Key areas of interest include Quantum Mechanics (QM), General Relativity, and vector calculus, with an emphasis on their physical applications. Participants suggest focusing on condensed matter physics and the experimental aspects of QM, highlighting the importance of visual representation in vector calculus. Tools like Mathematica and spreadsheets are recommended for graphical analysis.

PREREQUISITES
  • Understanding of Quantum Mechanics (QM)
  • Familiarity with Partial Differential Equations (PDEs)
  • Knowledge of Functional Analysis
  • Proficiency in vector calculus and complex variables
NEXT STEPS
  • Explore condensed matter physics and its applications
  • Study General Relativity and Special Relativity
  • Learn to use Mathematica for mathematical modeling and visualization
  • Investigate the experimental aspects of Quantum Mechanics
USEFUL FOR

This discussion is beneficial for undergraduate students in mathematics and physics, self-learners seeking to deepen their understanding of advanced topics, and anyone interested in the practical applications of mathematical concepts in physical sciences.

bugatti79
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Folks,

I am currently studying undergraduate final year degree in mathematics. I have covered QM's, PDE's and currently studying Functional analysis and vector calculus/complex variables.

I hope to finish the degree middle of next year, however I would like to continue studying math/physics in the form of self study. There are so much interesting topics out there that I don't know what to choose.

I like the weirdness of QM's.
Also think General Relativity/S.R would be interesting.
I also like the visual/graphical representation of vector calculus.
I like to work with math that has physical meaning.
Maybe throw in some speadsheets, mathematica for graphs etc.


Could anyone suggest interesting topics for an undergraduate to take up? I know its a very vague question but at least I might get some ideas? Would like to become knowledgeable in a particular field however small...
 
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bugatti79 said:
Folks,

I am currently studying undergraduate final year degree in mathematics. I have covered QM's, PDE's and currently studying Functional analysis and vector calculus/complex variables.

I hope to finish the degree middle of next year, however I would like to continue studying math/physics in the form of self study. There are so much interesting topics out there that I don't know what to choose.

I like the weirdness of QM's.
Also think General Relativity/S.R would be interesting.
I also like the visual/graphical representation of vector calculus.
I like to work with math that has physical meaning.
Maybe throw in some speadsheets, mathematica for graphs etc.


Could anyone suggest interesting topics for an undergraduate to take up? I know its a very vague question but at least I might get some ideas? Would like to become knowledgeable in a particular field however small...
The really interesting, and technically solvable, problems are, imho, in condensed matter physics. So, maybe concentrate on QM, and the experimental applied/engineering aspects thereof. But then all the other stuff you mentioned is fascinating also. It's nice to have such choices, eh?
 

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