Theory project for an inexperienced student- ideas?

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Discussion Overview

The discussion revolves around finding suitable theoretical physics projects for an inexperienced student who is about to start university. The focus is on identifying accessible topics that are challenging yet manageable, considering the student's limited knowledge and experience.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant suggests that most theoretical projects may require computational skills, as analytic work might be too advanced for the student at this level.
  • Another participant emphasizes the importance of programming skills and encourages the student to learn coding, while also suggesting that experimental projects should not be dismissed.
  • The student mentions having some programming experience in C++/ROOT and expresses a desire to learn more theoretical and mathematical techniques in preparation for studying mathematical physics.
  • One suggestion is to explore papers on arXiv.org that involve statistical analysis, as they may be more accessible for the student to understand with mentorship.
  • There is confusion among participants about the process of selecting a project before identifying a supervisor, with some arguing that finding a supervisor first may lead to better project suggestions.
  • The student clarifies that they are not looking to choose a project yet but are trying to determine if a theoretical project is feasible given their current abilities.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility of theoretical projects versus experimental ones for the student. There is no consensus on the best approach, as some advocate for theoretical exploration while others emphasize the value of experimental work.

Contextual Notes

The discussion highlights the student's limited experience and the potential challenges in selecting an appropriate project. There are unresolved questions regarding the selection process for projects and supervisors, as well as the balance between theory and experimentation.

Who May Find This Useful

This discussion may be useful for students considering internships or projects in theoretical physics, particularly those with limited experience seeking guidance on project selection and skill development.

lizzie96
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(sorry if this is in the wrong section)

Hello, I am in my final year of school (UK) and will be starting university in September. Over the summer I am looking to do an internship/project at my local university for fun. I have a particular interest in the theoretical side of physics, though my understanding is extremely limited.

Do you know of any aspect of physics that would be suitable to work on as a short theory project for an inexperienced student who has not started university yet? I'm looking for something that's challenging (for a 17/18-year-old) but does not require a huge amount of knowledge at a very advanced level, and that would not be too much trouble for the physics department to host. Does such a thing exist?

I suspect the answer is no, and I would be better off looking for an experiment/ labwork type project, but I thought I should check anyway.

Thank you for any advice!
 
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Can you program?

Most theory projects you can do are going to be very computational because analytic work obviously won't be your strength at that level.
 
If you can program there are quite a lot of things you can do. If you can't there is still enough time to learn until summer.
But you shouldn't disregard experiments just like this. I used to be the same, but understanding how something is measured is very important.
 
Yes, I can do a little programming (C++/ROOT), which I learned last year for a data-analysis project, and I'm also going to practice coding over the next few months. I agree that understanding experiment construction is important (it's what I mainly did last year) but as I hope to study mathematical physics next year, learning some more theory/maths techniques would be useful.
 
Perhaps go to arXiv.org for an interesting paper to study, step through, and understand. Then someone at the university can mentor you with your questions. Papers that use statistical analysis rather than theorem-proof may be readable to you.
 
I'm a little confused. How do you pick a project before you pick a supervisor?
 
Vanadium 50 said:
I'm a little confused. How do you pick a project before you pick a supervisor?
Agree. There isn't really much of a point to go around reading random ArXiv papers. Find someone who does some computational work who can benefit from you then ask then for suggestions on what to read.
 
I don't want to pick a project yet, I'm just trying to work out if there is an topic of physics in which a theory-type project might be possible on some level. There are a few people I might contact, but I didn't want to ask if I could do a project that would turn out to be way beyond my ability, so I thought I should check. As it is, it seems like an experiment-type project would be better at my level.
 

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