What Classes should I take next year?

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SUMMARY

A Junior physics major is seeking advice on which classes to take next year after fulfilling graduation requirements, with a focus on computational topics for a senior thesis. The student has completed most undergraduate physics courses, including quantum mechanics, electromagnetism, statistical mechanics, and classical mechanics. They plan to enroll in a graduate quantum course and are considering additional graduate courses, such as classical mechanics or statistical mechanics, while also exploring subjects like probability theory and differential geometry for broader mathematical foundations.

PREREQUISITES
  • Understanding of undergraduate physics concepts, including quantum mechanics and classical mechanics.
  • Familiarity with graduate-level coursework in physics.
  • Knowledge of computational methods in physics for thesis work.
  • Basic mathematical skills in linear algebra and complex analysis.
NEXT STEPS
  • Research graduate-level courses in classical mechanics and statistical mechanics.
  • Explore probability theory as a complementary subject for physics applications.
  • Investigate differential geometry and its relevance to theoretical physics.
  • Learn about advanced computational techniques in physics for thesis development.
USEFUL FOR

Junior physics majors, graduate students in physics, and anyone interested in enhancing their understanding of advanced physics topics and computational methods.

F. Liszt
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Hi all,

First I just want to say that I find this forum really interesting and very helpful - so thanks to all those who answer these questions!

Onto my questions - I am a Junior physics major considering what classes to take next year. I am lucky enough to have all of my requirements fulfilled to graduate except for one 3-credit senior physics lab. So next year I just have to fill up the rest of the 120 credits needed to graduate. The only problem is that I have already taken almost all of the undergraduate physics classes, including a full year of quantum, E&M, Stat mech, classical mech, and graduate math methods.

I am planning on doing a senior thesis on something computational (there are a lot of options for that), so there goes 3-6 credits depending. But this leaves me with an extra 6 credits in the fall, and 9 credits in the spring. I am probably going to take a year of graduate quantum (because quantum and I get along really well), but i don't know what else to take. Would it be suicide to sign up for another graduate course like classical mechanics or stat. mech?

Thanks
 
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Have you considered a graduate course in something like probability theory, differential geometry, linear algebra, complex analysis etc.? I'm not a physicist but my friends who are physics major and who are roughly on the same track as you plan to do this and have been told it's quite helpful.
 

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