What Academic Path Leads to a Career in Quantum Mechanics?

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Discussion Overview

The discussion centers around the academic paths leading to a career in quantum mechanics, quantum field theory, and related fields such as particle physics. Participants explore potential specializations and career opportunities, including industries that may value skills in quantum mechanics.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant inquires about the best academic path for specializing in quantum mechanics and related fields.
  • Another suggests quantum computing as a promising area for both experimentalists and theoreticians.
  • Accelerator physics is mentioned as a potential field, though one participant argues it relies more on classical electromagnetism and mechanics than on quantum mechanics.
  • A soon-to-be math Ph.D. expresses concern over the lack of responses and questions what career options exist outside of academia for those specializing in quantum mechanics.
  • Another participant, also a math Ph.D., notes that industries such as insurance and finance may seek individuals with skills in quantum mechanics, while engineering companies may be less receptive.
  • A participant advises a potential high school student to focus on mathematics to prepare for a future in science or engineering.

Areas of Agreement / Disagreement

Participants express varying opinions on the relevance of different fields to quantum mechanics, with some suggesting promising career paths while others highlight challenges in transitioning to industry roles. The discussion does not reach a consensus on the best academic path or career opportunities.

Contextual Notes

Some participants note the limitations of academic research in terms of practical applications and the challenges faced by graduates in finding relevant industry positions. There is also a mention of the need for proficiency in mathematics as a foundational skill.

Quantum3700
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Over the past few weeks I have been attempting to research opportunities for specializing in quantum mechanics/quantum field theory or a related field such as particle physics. I was wondering what the best academic path would be for this field of study and what my chances are of finding a specialization involving quantum mechanics. If not, I would feel grateful if you also mentioned any related possible career choices.

Thank you!
 
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How about quantum computers - ideal for experimentalists and theoreticians!
 
welcome to forum
Accelerator physics is a good one.
 
Much of modern physics research uses quantum mechanics! So you have plenty of options.
 
nil1996 said:
welcome to forum
Accelerator physics is a good one.

actually, accelerator physics uses very little quantum mechanics...mostly classical EM and mechanics.
 
As a soon-to-be math Ph.D. who's been working in non-relativistic mathematical quantum scattering theory, the dearth of responses to this question is a little disheartening :smile: What are we to do if we don't go into academia? What industries would be looking for someone with our skills? Are there any?
 
AxiomOfChoice said:
As a soon-to-be math Ph.D. who's been working in non-relativistic mathematical quantum scattering theory, the dearth of responses to this question is a little disheartening :smile: What are we to do if we don't go into academia? What industries would be looking for someone with our skills? Are there any?

By definition a lot of academic research is ... academic. I am an electrical engineering PhD and I don't work in my graduate specialization at all either, so it isn't just mathematicians and physicists. You are learning how to attack hard problems, be self-guided and independent, as well as getting a deep understanding of some branch(es) of math (and in your case, some physics).

jason
 
AxiomOfChoice said:
As a soon-to-be math Ph.D. who's been working in non-relativistic mathematical quantum scattering theory, the dearth of responses to this question is a little disheartening :smile: What are we to do if we don't go into academia? What industries would be looking for someone with our skills? Are there any?

In my experience, the places looking for your skills are mostly insurance and finance companies (like most math and physics phds). Its a tough sell to engineering companies.
 
Quantum3700, .
Please let us know your level of school.

If as I expect you are a high school student then the best thing you can do to prepare for a future in science or engineering is to become proficient in math. Take every class you can and strive to learn.

I am locking this. When you return, hit the report button to have a mod re-open the thread.
 

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