REU in experiment physics vs taking summer classes

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SUMMARY

The discussion centers on the decision between participating in a Research Experience for Undergraduates (REU) focused on Rubidium vapor and taking a summer class in Python programming. Participants unanimously recommend pursuing the REU, emphasizing the value of hands-on research experience over formal coursework. They assert that while programming skills are important, they can be self-taught effectively in a short time. Engaging in experimental physics, particularly with lasers, is highlighted as an exciting opportunity that enhances graduate school applications.

PREREQUISITES
  • Understanding of Research Experience for Undergraduates (REU) programs
  • Basic knowledge of atomic physics concepts
  • Familiarity with Python programming fundamentals
  • Awareness of the significance of research experience in academic applications
NEXT STEPS
  • Explore the specifics of the REU program at your university
  • Research self-learning resources for Python programming
  • Investigate the principles of atomic physics and Rubidium vapor
  • Learn about the applications of lasers in experimental physics
USEFUL FOR

Undergraduate students in physics, aspiring researchers, and anyone considering a balance between research experience and coursework in programming.

xdrgnh
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For this summer I have a chance to do a REU at my university that deals with Rubidium vapor. This is a experimental project but I want to go into theoretical physics. However I wouldn't mind doing this because I would learn about atomic physics and it would look good for grad school I believe to do a REU as a freshmen. However if I take this REU I won't be able to take any classes over the summer which will mean I'll need to take programming next summer. I have no programming experience. Do you think i should take Python this summer over applying for the REU. Obviously if I don't get in I'll just take classes over the summer but.
 
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One- is there a reason you need to take a class on Python and not just download a copy and check out one of the numerous "Python for Beginners" tutorials that are linked to on the Python webpage?

Two - what you do research-wise as an undergraduate does not mandate you must pursue it for the remainder of your professional life. Unless you really like it, of course.

Three - I'm guessing there are lasers involved in the research. How can you not be enthused about getting to fiddle around with lasers and call it work? :smile:
 
Easy, do the REU! Teach yourself the programming if you have time or if it's pressing.
 
Yeah, if you are choosing between a REU and a course in python, definitely do the REU! Programming is important to learn, but research experience will be much more valuable to you, both personally and professionally (i.e. it will look good on your resume / grad school application, etc.). Programming shouldn't be hard to pick up on your own.

And this:
Mike H said:
I'm guessing there are lasers involved in the research. How can you not be enthused about getting to fiddle around with lasers and call it work? :smile:
Lasers!

In terms of theoretical vs. experimental, don't worry about that yet. I spent a summer playing with lasers doing some experimental research, and now I'm doing computational chemistry, both as an undergraduate. You'll have plenty of time to be more specific later.
 
You can learn Python on your own in a month. You won't be an expert but you will be able to write medium size programs. You can't say that about the research
Take the REU
 

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