Most competitive field in physics?

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SUMMARY

The most competitive field in physics currently is debated between condensed matter and high energy physics. While condensed matter has a larger number of physicists and more industry opportunities, high energy physics is characterized by fewer practitioners, leading to intense competition for limited positions. Graduate school admissions reflect this dynamic, with more applicants for condensed matter but potentially fewer openings compared to high energy physics. Ultimately, the competition level varies based on the context of academic versus industrial opportunities.

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  • Understanding of graduate school admissions processes in physics
  • Familiarity with the fields of condensed matter and high energy physics
  • Knowledge of industry applications for physicists, particularly in semiconductors
  • Awareness of career paths for astrophysicists and their employment opportunities
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  • Research the current job market for condensed matter physicists in the semiconductor industry
  • Explore graduate school application statistics for high energy versus condensed matter physics
  • Investigate the role of high energy physicists in academia and national labs
  • Learn about the impact of competition on research funding in physics fields
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Physics graduate students, academic advisors, and industry professionals interested in understanding the competitive landscape of physics fields and career opportunities.

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I was wondering what the most competitive field is in physics right now, in terms of graduate school admissions, and also in physics research?

Condensed matter is definitely the field with the most number of physicists working on, but is it necessarily the most competitive? For example, there are less high energy physicists than condensed matter physicists, but is high energy just as competitive, if not more, since arguably everyone in high energy are the best and brightest?

Also, in graduate school application, there might be more wanting to get into condensed matter than high energy, but I'm guessing there's also more openings for the former than the latter?

Can someone please shed some light on this matter?
 
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Condensed matter physicists often work in industry - especially in the semiconductor industry, but others as well.

Are there any industrial positions for high energy physicists? Astrophysicists? So they all work in academia or national labs. There are fewer positions, so there is more competition for the slots.

I don't think that makes them "the best and the brightest" - which is merely an old slogan.
 
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