Self-studying Physics with a math background

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SUMMARY

The discussion centers on self-studying physics for individuals with a strong mathematical background. The participant is a graduate student in a math program seeking guidance on foundational physics topics and suitable textbooks. A recommended starting point is the book "Computer Methods for Mathematical Calculations" by Forsythe, Malcolm, and Moler, which serves as a bridge between mathematics and physics. The participant aims to eventually understand the applications of topology and manifold theory in physics while exploring various branches of the subject.

PREREQUISITES
  • Understanding of abstract algebra
  • Familiarity with topology
  • Knowledge of differential geometry
  • Basic concepts of classical mechanics
NEXT STEPS
  • Research the book "Computer Methods for Mathematical Calculations" by Forsythe, Malcolm, and Moler
  • Explore introductory textbooks on classical mechanics
  • Study electromagnetism (E&M) through resources like "Introduction to Electrodynamics" by David J. Griffiths
  • Investigate the applications of topology in physics, focusing on manifold theory
USEFUL FOR

Graduate students in mathematics, self-learners in physics, and anyone interested in the intersection of mathematical concepts and physical theories.

BuriedAlive
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Hi everyone,

I've been interested in self-studying physics for a while now but I really have no idea what's the best to tackle first in terms of subject matter (mechanics, e&m, etc.) or what textbooks are conducive to self study. I'm currently a grad student in a math program, and I've taken lots of the basic "abstract math" classes (semester of abstract algebra, semester of topology, semester of diff. geometry, etc.), but my physics background is woefully inadequate. I've taken the year long intro freshman physics sequence for engineers (so I know all about boxes on inclined planes! haha) but that's it. I would like to (eventually) get to the point that I can understand the applications of topology and and manifold theory in physics, but I'm perfectly fine meandering through other branches of physics along the way to take in the sights. Hopefully someone can point me in the right direction!

Thanks.
 
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You'd be better off to start from a book that would be a "bridge" between maths and physics.
I would suggest to begin with the following classical book:
"Computer Methods for Mathematical Calculations" by Forsythe, Malcolm and Moler
 

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