Advancing Towards a Theoretical Physics Career: What's Next?

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Discussion Overview

The discussion centers around guidance for advancing towards a career in theoretical physics, specifically regarding what topics in physics and mathematics the original poster should pursue next. The scope includes theoretical concepts and potential learning pathways.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • Some participants suggest advancing to more complex topics in quantum mechanics (QM) and general relativity (GR), recommending specific texts such as Bransden & Joachain for QM and Hartle for GR.
  • Another viewpoint proposes exploring statistical mechanics, thermodynamics, and optics as alternative areas of study, while also recommending more advanced texts like Marion's Mechanics, Jackson's Electrodynamics, and Sakurai's Quantum Mechanics.
  • There is a suggestion that further mathematical study could include calculus on manifolds and differential geometry to support understanding of GR, as well as functional analysis for QM.
  • A participant questions the context in which the original poster has learned the material, noting the varied difficulty levels of the topics mentioned.

Areas of Agreement / Disagreement

Participants express differing opinions on the next steps for study, with no consensus on a single recommended path or specific topics to pursue. The discussion remains unresolved regarding the best approach for the original poster.

Contextual Notes

The discussion reflects a range of learning contexts and levels of difficulty in the material mentioned, which may influence the recommendations provided.

shines57
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Question: What's next for me? What should I learn next in physics and math?

(I want a career in theoretical physics - phd route).

I've learned:

Physics: Newtonian Mech w/ calc, Griffith's Intro to Electrodynamics, Goldstein's classical mechanics, griffith's intro to quantum mechanics, and Faber's Fluid Dynamics for Physicists.

Math: multivariable calc, diff equations, partial diff equations, lie algebra, and linear algebra.

Thanks for the advise and help in advance! :)


shines57
 
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Physics: Sounds like you are ready for more advanced QM and GR. Try reading Bransden & Joachain, fo example. For GR, maybe Hartle?

Math: Calculus on manifolds? Differential geomtry would help with GR. Some formal education on functional analysis (Hilbert spaces etc) would probably not hurt for QM either.
 
If you want to change topics in Physics then go to Statistical Mechanics/Thermodynamics and Oscillation-Waves-Optics. but if you want to do more on your studied topics [which is from Elementry level books] then go to Marion's Mechanics, Jackson's Electrodynamics and Sakurai's Quantum Mechanics.
In Mathematics remaining field Analytical Geometry.
 
In what context have you learned these? Undergraduate? Self study? Its an odd range of difficulty of material.
 

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