What Are the Most Common Specializations in Physics?

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Discussion Overview

The discussion revolves around the most common specializations within the field of physics, exploring various areas such as solid state physics, high energy/particle physics, and condensed matter physics. Participants consider both the prevalence of these fields in research and their practical applications in careers.

Discussion Character

  • Debate/contested
  • Exploratory

Main Points Raised

  • Some participants propose that solid state physics, including its sub-fields, is a common specialization.
  • Others argue that high energy/particle physics is currently a growing trend and popular among aspiring physicists.
  • One participant suggests that atomic, molecular, and optical (AMO) physics or solid-state physics may offer more practical career opportunities.
  • Several participants assert that condensed matter physics is the largest subfield, citing its practical applications and demand in industries like electronics.
  • There are claims that the classification of condensed matter and high energy physics can vary, leading to differing opinions on which is more common.
  • A participant references membership statistics from the American Physical Society (APS) to support the argument that condensed matter physics has a larger number of practitioners compared to high energy physics.

Areas of Agreement / Disagreement

Participants express disagreement regarding the most common specialization in physics, with some advocating for condensed matter physics and others for high energy physics. The discussion remains unresolved, with multiple competing views presented.

Contextual Notes

Participants highlight the dependence on definitions of specializations and the context in which they are considered, such as research focus versus practical career applications.

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What is the most common type of physics physicists specialize in? And what's the most practical
 
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Solid state physics (with its various sub-fields)
What do you mean by "practical"?
 
f95toli said:
Solid state physics (with its various sub-fields)
What do you mean by "practical"?

Sorry I meant career wise
 
I think the most common research area right now is definitely High Energy/Particle Physics. It just seems to be a vastly growing trend and I feel like everyone I talk to wants to go into Particle Physics.

Practically, like for a career, the best area would be AMO or solid-state. They generally lead to more real world applications.
 
I like time resolved spectroscopy using ultrashort laser pulses
 
sEsposito said:
I think the most common research area right now is definitely High Energy/Particle Physics.

Not even close. Condensed matter is by far the largest subfield.

Sure, a lot of people want to go into HEP. But nor everyone does.
 
Most common is what Vanadium said - condensed matter/solid state. Why? It's mostly likely due to the correlation that it is has the most practical uses to the general public and is highest in demand (computers/electronics/etc.)
 
No, it is not condensed matter physics. It is high energy physics. It all depends on what do you mean by condensed matter physics or high energy physics.


Vanadium 50 said:
Not even close. Condensed matter is by far the largest subfield.

Sure, a lot of people want to go into HEP. But nor everyone does.
 
medphys said:
No, it is not condensed matter physics. It is high energy physics. It all depends on what do you mean by condensed matter physics or high energy physics.

This is highly incorrect.

If you go by, say the memberships in the various APS divisions, the Condensed Matter division clearly has a larger number and percentage when compared to the Particle and Fields division (which where here all high energy physicists are in).

http://www.aps.org/membership/units/upload/YearlyUnit10.pdf

One can also note that the Materials division are also often aligned with the Condensed matter division, i.e. you have people who consider themselves at condensed matter physicists who are in the Materials division. So the number of condensed matter physicists is even larger than what is in the official tally.

Anyone who has been to the APS March Meeting (where the CM division is one of the participating units) can see that it is WAAAAY larger than the APS April Meeting (where the Particle and Fields division is one of the participating division).

All of this points to the fact that the largest number of physicists are in condensed matter.

Zz.
 

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