Attempting to learn a little bit of Quantum physics at 17

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SUMMARY

The discussion centers on a 17-year-old aspiring theoretical physicist seeking resources to learn quantum physics and advanced mathematics. Participants recommend foundational subjects such as Multivariable Calculus and Linear Algebra, emphasizing their importance for understanding quantum mechanics. Key resources include MIT OpenCourseWare lectures and the book "Thinking Physics" by Lewis Carroll. The conversation also highlights the necessity of grasping classical physics concepts before tackling quantum mechanics.

PREREQUISITES
  • Understanding of AS Level Mathematics, including Further Mathematics (FP1)
  • Knowledge of Calculus, specifically Multivariable Calculus
  • Familiarity with Linear Algebra concepts
  • Basic principles of Classical Physics, including energy equations like E=hf
NEXT STEPS
  • Explore MIT OpenCourseWare for "Physics I: Classical Mechanics" lectures
  • Study "Thinking Physics" by Lewis Carroll for introductory physics concepts
  • Learn about Differential Equations in further mathematics courses
  • Research online resources for advanced Classical Mechanics and Quantum Mechanics
USEFUL FOR

This discussion is beneficial for high school students, particularly those interested in pursuing physics at the university level, as well as educators and self-learners seeking structured resources in quantum physics and advanced mathematics.

  • #31
romsofia said:
If this: http://www.mathshelper.co.uk/OCR%20FP3%20Revision%20Sheet.pdf is what you're talking about, then no, there is no diffeo geo.

That's just ODEs (ordinary differential equations), some linear algebra, some complex algebra, and intro group theory.

To the OP: It feels like your idolizing quantum mechanics! This happens a lot, and I believe you're better off getting a solid foundation on classical problems before moving onto quantum mechanics.

Anyway, you need to have a solid understanding of eigenvalues (linear algebra), and it'd be helpful if you knew a few things about the wave equation, which is a PDE (Partial differential equation).

Good luck!

No, it's in OCR-MEI not OCR. It's awkward to find a link right now because I am on my phone but there is a spec somewhere. Thanks.
 

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