Preparing for UnderGraduate Research

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SUMMARY

The discussion focuses on preparing for undergraduate research in physics, emphasizing the importance of foundational courses such as Quantum Mechanics (QM), Electromagnetism (EM), and Classical Mechanics. The participant is currently studying Morin's Classical Mechanics, which is preferred over Taylor's due to better problem sets. Additionally, the discussion highlights the necessity of learning Python as a programming language for research purposes and suggests that prospective researchers should align their studies with the needs of their research group to effectively contribute to projects.

PREREQUISITES
  • Understanding of Quantum Mechanics (QM)
  • Knowledge of Electromagnetism (EM)
  • Familiarity with Classical Mechanics, specifically Morin's approach
  • Basic proficiency in Python programming
NEXT STEPS
  • Explore advanced topics in Quantum Mechanics and Electromagnetism
  • Learn Python for scientific computing and data analysis
  • Investigate particle physics concepts and research opportunities
  • Connect with research groups to identify specific project needs
USEFUL FOR

Undergraduate physics students, aspiring researchers, and anyone looking to enhance their skills in programming and theoretical physics for research applications.

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I'm interested in getting some research under my belt starting during the 2014 academic year.

What should I study over the next year, so I can try and get some research in right away? The obvious ones: Undergrad QM, EM (in the process), Class Mech (doing Morin now, the questions are much better than Taylor), perhaps something in particle physics?

I need to learn a programming language, and it seems like it would be easiest to start off with Python? Any suggestions are welcomed (not trying to start a war between different programming languages).

Any math topics that would be of particular interest?
 
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It really depends on what your group needs. I would try to get attached to a group first, then you will have an idea of what you need to do to complete a project.
 
Agreed, find out what your research is in, and what areas the group is weak on. Then prepare yourself to cover their weaknesses.
 

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