Is my background too weak to study superconductivity?

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SUMMARY

The discussion centers on the challenges faced by a civil engineering graduate transitioning to a master's program in physics, specifically in understanding BCS theory. The participant has a foundational knowledge of undergraduate physics but struggles with advanced concepts and mathematics. Recommendations include strengthening knowledge in differential equations and studying introductory solid state physics using Ashcroft and Mermin's textbook to build a solid foundation for BCS theory.

PREREQUISITES
  • Understanding of undergraduate-level physics, particularly modern physics.
  • Familiarity with differential equations, including ordinary differential equations (ODE) and partial differential equations (PDE).
  • Basic knowledge of quantum mechanics.
  • Proficiency in linear algebra concepts.
NEXT STEPS
  • Study Ashcroft and Mermin's "Solid State Physics" for foundational knowledge in solid state physics.
  • Review differential equations, focusing on ODE and PDE techniques.
  • Take an introductory course in quantum mechanics to grasp essential concepts.
  • Enhance understanding of linear algebra to support advanced physics studies.
USEFUL FOR

Students transitioning from engineering to physics, particularly those pursuing advanced topics in superconductivity and BCS theory, as well as educators seeking resources for teaching solid state physics.

kczFI
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Hi everyone,

I tried to study BCS theory but got stuck, here are my notes:
528e43688655f.jpg

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I have a civil engineering degree but now I am doing a master course in physics. I know most of the undergraduate level physics including modern physics (base on Young and Freedman's book), although I cannot say I am very good at them.

Now I am preparing for my master thesis, I want to get a thorough understanding of BCS but the experience is miserable - not only the physics but also the maths are over my head, is my background really too weak for studying this? Is it necessary for me to take some "introductory" course in relevant field? say quantum mechanics or linear algebra?

Also, I will be really appreciated if anyone could give me some advices for the questions on my notes too, thanks a lot!
 
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It looks like your background in differential equations needs boosting, for one. Have you studied ODE and PDE?
 
All your remarks in the source are good and reasonable questions, and most are answered in introductory solid state physics books like Ashcroft and Mermin, which I would recommend you for study.
 

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