Modules for Theoretical Physics

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SUMMARY

The discussion centers on selecting modules for a theoretical physics path within a mathematics degree. Key recommendations include Quantum Mechanics I & II and Statistical Physics I & II as essential courses. The importance of personal interest in course selection is emphasized, as it can enhance performance and understanding. Clarification is also sought regarding the total number of modules allowed per term, which is confirmed to be six each term across both years, totaling 24 modules.

PREREQUISITES
  • Understanding of Quantum Mechanics
  • Familiarity with Statistical Physics
  • Knowledge of Classical Mechanics
  • Basic concepts in Differential Geometry
NEXT STEPS
  • Research Quantum Mechanics II syllabus and applications
  • Explore Statistical Physics II and its relevance to theoretical physics
  • Investigate the principles of Classical Field Theory
  • Learn about Differential Geometry and its applications in General Relativity
USEFUL FOR

Mathematics majors aspiring to become theoretical physicists, educators advising students on course selection, and anyone interested in the foundational modules of theoretical physics.

Maybe_Memorie
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Right so I'm a math major but what I really want to be is a theoretical physicist.
3rd and 4th year is when everything gets very specified, and I'm wondering which of the following modules would be most useful for that path?

Here are the modules.
Only 6 can be chosen from each term.

http://www.maths.tcd.ie/undergraduate/modules/index.php?file=jsmaths"
 
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To get the ball rolling I'd say pick from Quantum Mechanics I & II, Statistical Physics I & II, Advanced Classical Mechanics I & II, Classical Field Theory, Differential Geometry I, General Relativity, Classical Electrodynamics, Partial Differential Equations I & II, Functional Analysis I & II, Algebraic Topology I & II.

It depends a bit upon what area of theoretical physics you wish to go into, for example, if you go into condensed matter, General Relativity (whilst interesting) will be useless. In my opinion, I would suggest that Quantum Mechanics I & II and Statistical Physics I & II are somewhat essential.

I think it's also important to select the courses that interest you the most, since most people find they do better when they really enjoy a topic, and you can always pick up any areas you miss during your PhD or whatever.

By '6 each term', do you mean 6 each term in both years (i.e. a total of 24) or 3 each term in both years (i.e. a total of 12)?
 
As far as I know, it's 6 each term in both years.
 

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