Which Physics Fields Are Most Popular and Challenging Today?

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Discussion Overview

The discussion revolves around the popularity and challenges of various fields in physics, exploring which areas are currently attracting interest and which have unresolved problems. Participants also consider the implications of popularity on graduate school admissions and job prospects.

Discussion Character

  • Debate/contested
  • Exploratory
  • Conceptual clarification

Main Points Raised

  • Some participants suggest that string theory is a popular field, while others mention condensed matter physics as a widely practiced area with good employment prospects.
  • One participant expresses uncertainty about whether popularity correlates with job opportunities or if it indicates saturation in the field.
  • Another participant notes that their institution has a focus on solid state and condensed matter physics, as well as interdisciplinary fields like atmospheric physics and biophysics.
  • A participant highlights that popularity may vary by institution, citing a high number of applicants for AMO (Atomic, Molecular, and Optical) physics due to recent research trends.
  • Concerns are raised about the graduate school application process, suggesting that candidates should consider faculty research interests and their own credentials rather than solely focusing on field popularity.
  • Some participants express interest in fields like supersymmetry and nanotechnology, indicating these as hot topics in physics.
  • There is a question about whether the popularity of a field leads to better job prospects due to government investment or if it results in increased competition for positions.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the relationship between the popularity of physics fields and job prospects or graduate school admissions. Multiple competing views remain regarding the implications of pursuing popular versus less popular fields.

Contextual Notes

Participants express various assumptions about the nature of popularity and its effects on employment and academic opportunities, but these assumptions are not universally agreed upon.

vincebs
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Hello everyone,

Which fields of physics are the most popular these days, that everyone wants to get into? I'm suspecting that string theory is one of them...

Which fields of physics aren't as popular, but still have a lot of open problems in them?

Is it harder to get into grad school for popular physics fields?
 
Physics news on Phys.org
According to some outside source that I read at some point (perhaps not credible, can't remember), most physicists classify themselves as Condensed Matter physicists. So this is a popular field, but one that has a lot of potential in terms of employment. There are lots of openings in industry if you do condensed matter. Another popular one is astrophysics, but has less applications. As for popularity, I'm unsure. I would expect that it would be challenging to be accepted into an astrophysics program, since from my experience a lot of bright students go into this program, but take that with a grain of salt.
 
That's the thing that confuses me. If a field is popular, does that mean there is a lot of potential for employment? Or does it mean that since so many people want to get into the field, it is saturated?
 
i too will appreciate if there were more comments on this thread...ty
 
At least at my school much of the research going on is either soild state and/or condensed (depends on the professor), nano-technology (which I think, personally, is more of an enigneering thing), and inderdisplinary physics (atmospheric, biophysic, and physical chemistry).

We only have one "true" "Theorist" at my school.
 
"Popular" might also depend on the institution. My graduate school had (and still has) MANY MANY candidates to the grad program wanting to do AMO -- "popular" because of the recent BEC flurry of publications.) With that regard, we often refused admission to candidate B that wanted to work for one of the main groups, but really didn't have the credentials of another admitted candidate A with similar research interests (and yet admit candidate C who was interested in a different field but had similar research experience and scores as candidate B).

Applying to grad schools is a funny process, and it might be better to look at how many professors at each institution are doing research in your field of interest, and estimate how many applicants might be wanting to enter that field... and guess your chances at getting into the program.

You really probably DON'T want to pick a field based on "popularity"... do what YOU are interested in... (and that MIGHT include some weighting by job prospects, but should not entirely). Base your grad application process on your credentials and interests to be efficient.
 
Physics

I always preferred super symmetry and number theory applications in physics.


Nanotechnology seems a hot topic
 
So let's say I want to get into a certain field

and that field happens to be a popular one, like there's a flurry of reports about it in general science magazines

Does that mean that there will be better prospects for me to get a job because the government might want to invest in it? Or less because so many people want to get into it?
 

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