What Are Acceptable Topics for a Theoretical Physics Research Paper?

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Discussion Overview

The discussion revolves around acceptable topics for a theoretical physics research paper, particularly from the perspective of a non-physics undergraduate student aiming to transition into physics graduate studies. Participants explore the viability of proposed paper topics and the general pathway to publishing in theoretical physics.

Discussion Character

  • Debate/contested
  • Conceptual clarification
  • Exploratory

Main Points Raised

  • One participant suggests two potential topics for a research paper: a complete review of the solutions of the Einstein Field Equations (EFE) for a point mass in vacuum and a study on communication conditions between points inside the photon sphere and outside the event horizon of a Schwarzschild black hole.
  • Another participant argues that the first proposed topic is not suitable for publication as it is covered in standard general relativity textbooks and suggests that review articles are not appropriate for a first paper.
  • A different participant states that the second proposed topic is too trivial for a research paper, likening it to a homework problem from a general relativity course.
  • Some participants emphasize that majoring in physics would be more beneficial than attempting to publish papers at this stage, suggesting that reading existing papers could be a better first step.
  • There is a mention of existing research papers that might indicate ongoing research in related areas, although the relevance to the original proposals is questioned.

Areas of Agreement / Disagreement

Participants express disagreement regarding the suitability of the proposed topics for publication. There is no consensus on whether the topics are acceptable, with some viewing them as trivial or already well-covered in literature.

Contextual Notes

Participants note the importance of academic background in physics for graduate school applications and discuss the challenges of balancing engineering studies with learning physics.

Who May Find This Useful

Students considering a transition from engineering to physics, particularly those interested in theoretical physics research and publication processes.

santo35
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Hi people , i am an engineering sophomore. but after my undergrad i want to move into physics lane especially theoretical physics. for which i am doing ground works and building my profile ( as a non physics student , to get into good physics grad school i would need a good profile ofcourse !) ...

My level of physics now is that i have completed Special and general relativity courses onilne and kinda of got a good idea on these two (both mathematical and conceptual). i am a person who does physics through rigorous math. i am now in the level of understanding the mathamtics behind swarchild metric derivation.

Every one around me says it is good to start publishing papers. well my idea about publishing papers is that people "invent" or "discover" something and then they formally present it in a paper calling it so. but now at this stage i guess that is way of my league. but since i do need to build my profile i came up with these two topics. i just wanted to know would this be an acceptable area to write paper on
1) Complete review about how the solution of EFE turns out for a point mass in vacuum like the derivation , meaning of it and the method used
2) (this one is my own idea) - finding the condition for communication to occur between 2 points inside the photon sphere and outside the event horizon ( to begin with let's say for a swarchild black hole)

but i kinda think i need to learn a bit more math to do the second one. but i guess that would be interesting. and will 1st one get the status of writing a paper ?

Thanks for your replies
 
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Unfortunately, none of this is paper-worthy.

#1 is covered in every GR textbook. There is no need for a review article, and even if there was, it makes no sense at all for someone's first paper to be a review article. (That being said, writing a review article is a fantastic way to learn a lot for yourself, it's just not a publishable contribution).

#2 is far too trivial to be the subject of a paper. This is the kind of thing you would find on a homework set for a GR class.
 
If you want to become a physicist, majoring in physics will be more helpful than to publish a paper of the sort you describe (assuming you can get them published). The other thing that will help is to start reading papers; that's a good first step to writing one.
 
Nabeshin said:
#1 is covered in every GR textbook. There is no need for a review article, and even if there was, it makes no sense at all for someone's first paper to be a review article. (That being said, writing a review article is a fantastic way to learn a lot for yourself, it's just not a publishable contribution).

I'm not a physicist, so am not qualified to comment on the main question. But wouldn't papers like http://arxiv.org/abs/1203.3189 and http://arxiv.org/abs/1201.5089 indicate that this is still a research topic?
 
atyy said:
I'm not a physicist, so am not qualified to comment on the main question. But wouldn't papers like http://arxiv.org/abs/1203.3189 and http://arxiv.org/abs/1201.5089 indicate that this is still a research topic?

Perhaps I misunderstood the original suggestion, but I took it to mean essentially a derivation of the Schwarzschild metric from the EFE.

As for self-forces... I'm pretty sure people are still writing papers about those even in Maxwell's theory!
 
thanks a lot everyone for the view, well out of curiosity , my current CGPA is 7.2 on 10 as i am doing engineering and not a physics course , when applying to universities , will my GPA affect the selection procedure ? because i find it hard to concentrate both on learning physics as well as engineering ...
 
Let me say it again. If you want to go into grad school in physics, you should major it it.
 

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