Improving my problem solving skills....

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SUMMARY

The discussion centers on the importance of problem-solving skills in physics, particularly the transition from classical mechanics to modern topics like quantum mechanics (QM) and general relativity (GR). The participant, having completed four years of a physics degree, seeks to enhance their problem-solving abilities by working through David Morin's Classical Mechanics textbook. A response confirms that classical mechanics techniques, such as Lagrangian and Hamiltonian methods, are foundational and transferable to QM and GR, reinforcing the value of mastering classical problems for future studies.

PREREQUISITES
  • Understanding of classical mechanics principles and techniques
  • Familiarity with David Morin's Classical Mechanics textbook
  • Basic knowledge of quantum mechanics and general relativity concepts
  • Experience with mathematical techniques used in physics problem-solving
NEXT STEPS
  • Explore advanced problem sets in David Morin's Classical Mechanics textbook
  • Study the Lagrangian and Hamiltonian formulations in quantum mechanics
  • Research problem-solving strategies specific to general relativity
  • Engage with online forums or study groups focused on modern physics topics
USEFUL FOR

Physics students, educators, and anyone looking to enhance their problem-solving skills in classical mechanics and its applications to quantum mechanics and general relativity.

MadAtom
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Hi everybody!

I've just finished my 4th year of physics degree (1st year of the masters degree, to be more exact) and I feel that I've spent most of my time reading theory and studying proofs and very few time on actual problem solving. In order to change that, I decided this summer go through all of David Morin Classical Mechanics textbook problems.

The problems are fine and I am having a lot of fun working on them, but I wonder if I shouldn't instead improve my problem solving on more "modern" topics such as quantum mechanics and general relativity. Let me remind you that I've already had classical mechanics courses (2 actually), and I am only looking to get more comfortable with problems. Are the skills that I am going get from classical mechanics problems really... useful, transferable in some way? I am almost convinced that the answer is yes (I have a very romantic opinion about CM) but I'd like to ear what you think. Thanks in advance.

MA
 
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Of course, many classical mathematics techniques have migrated into QM and GR. That’s why they taught the Lagrangian and then the Hamiltonian techniques as a precursor to learning QM.
 

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