Masters Course Decision: Physics Major Choosing Between 4 Options

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Discussion Overview

The discussion revolves around a participant's decision-making process regarding which Master's program to pursue after completing a bachelor's degree in Physics. The options considered include Nuclear Physics, Solid-State Physics, Geophysics, and Theoretical Physics, with an emphasis on future employment opportunities and financial considerations.

Discussion Character

  • Debate/contested
  • Conceptual clarification
  • Exploratory

Main Points Raised

  • One participant expresses a desire to work in finance after completing their studies, indicating that pursuing a PhD is not a viable option due to financial constraints.
  • Another participant points out that PhDs are often fully funded in certain regions, suggesting that the original poster may reconsider this path.
  • A participant suggests that Geophysics may offer better job prospects, particularly in the oil industry, but acknowledges the high competition for such positions.
  • Concerns are raised about the employability of a Nuclear Physics graduate in a nuclear power plant, with suggestions that Nuclear Engineers are more commonly hired for such roles.
  • There is a discussion about the differences between Nuclear Physics and Nuclear Engineering, with one participant asserting that the two fields cover different content and career paths.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the best Master's option, as there are multiple competing views regarding the employability and relevance of each field. Some participants advocate for Geophysics, while others express skepticism about the job prospects for Nuclear Physics graduates.

Contextual Notes

Participants express personal circumstances that influence their decisions, including financial limitations and career aspirations. There is also a recognition that the academic landscape and job market can vary significantly by region.

dizinko
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After I finish my bachelor studies (Physics in general) I will have to choose a two-year Masters course. Sadly, I cannot continue in doctoral studies, mainly because of money... I will need pretty much money, so working in a finance world may be good for me after finishing school. Changing my bachelor course and loosing a year or two isn't a choice for me...
Which should I prefer?

1. Nuclear phys. (And then working in a nuclear power plant)
2. Solid-state phys. (Research?)
3. Geophysics (With many numerical modelling courses)
4. Theoretical phys. (Interesting, hard)

Thanks for any help.
 
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dizinko said:
After I finish my bachelor studies (Physics in general) I will have to choose a two-year Masters course. Sadly, I cannot continue in doctoral studies, mainly because of money... I will need pretty much money, so working in a finance world may be good for me after finishing school. Changing my bachelor course and loosing a year or two isn't a choice for me...
Which should I prefer?

1. Nuclear phys. (And then working in a nuclear power plant)
2. Solid-state phys. (Research?)
3. Geophysics (With many numerical modelling courses)
4. Theoretical phys. (Interesting, hard)

Thanks for any help.

You realize that PhDs are usually fully funded with a TA, at least in the US and I believe this is true for Canada and much of Western Europe as well?
 
I know that PhDs are fully funded. Academic career is simply no longer acceptable for me. I'm a talented young man and this is a family problem. I know that it's impossible to fully understand my current position but I don't want to talk about personal matters too much.
 
dizinko said:
I know that PhDs are fully funded. Academic career is simply no longer acceptable for me.

Not all PhDs work in academia, many go on to working in industry. However, I think you just want to get out and start making money. I would suggest geophysics from the list you have above. If you get yourself a job with an oil company, they will pay you a good amount. BUT the competition to work in an oil company is high..
Not sure if a nuclear power plant would higher a nuclear physicist. They mostly higher nuclear engineers. Unless the plant is involved in nuclear physics research? (I just googled about this, correct me if I am wrong)

DoubleMint
 
dizinko said:
After I finish my bachelor studies (Physics in general) I will have to choose a two-year Masters course. Sadly, I cannot continue in doctoral studies, mainly because of money... I will need pretty much money, so working in a finance world may be good for me after finishing school. Changing my bachelor course and loosing a year or two isn't a choice for me...
Which should I prefer?

1. Nuclear phys. (And then working in a nuclear power plant)
2. Solid-state phys. (Research?)
3. Geophysics (With many numerical modelling courses)
4. Theoretical phys. (Interesting, hard)

Thanks for any help.

You're really unlikely to get hired at a nuclear plant as a nuclear physics masters level graduate. They really rather have someone who has experience as a Nuclear Engineer or in that course work area.

Nuclear Physics doesn't cover anything that a Nuclear Engineering degree does.
 

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