What are the potential career options for a Nuclear Theorist?

In summary, the conversation is about the career options in nuclear physics, specifically in theoretical nuclear physics. The most common way to pursue this career is in academia as a professor and researcher. However, sustaining in academia is not an easy job. The speaker asks if nuclear theorists work with reactor engineers in power plants and if there are other options for nuclear theorists. The response is that while there are some jobs in this area, the majority do not work in power plants. The speaker also questions the listener's focus on nuclear and theoretical physics and suggests exploring other "smart person" jobs. It is also suggested to visit the ArXiv website to get a better understanding of the field. The conversation ends with the speaker mentioning their experience working in nuclear plants without
  • #1
Swapnil Das
15
6
Hi There!
I am exploring career options in Nuclear Physics, exactly speaking, Theoretical Nuclear Physics. One of the ways to pursue a career in the field is of course in the academia, as a Professor and Researcher. But as we know, sustaining in the academia is not an easy job.

I was wondering if at all Nuclear Theorists work with reactor engineers in power plants. Could you throw some light on this and some other options for a Nuclear Theorist?

Thanks!
 
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  • #2
Usual answer: there are some, but not many. By the time you've actually finished a PhD those jobs will have changed, and it's hard to predict the future of cutting-edge technology.

Why are you so focused on nuclear, and theoretical? There are other "smart person" jobs, you know...
 
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  • #3
pi-r8 said:
Usual answer: there are some, but not many. By the time you've actually finished a PhD those jobs will have changed, and it's hard to predict the future of cutting-edge technology.

Why are you so focused on nuclear, and theoretical? There are other "smart person" jobs, you know...
There are, but I don't like them.
 
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  • #4
Swapnil Das said:
There are, but I don't like them.

How would you know? "I was wondering if at all Nuclear Theorists work with reactor engineers in power plants" and the answer is no, and the majority do not. And given that you don't really know what they do, how do you know you want to be one and not something else?
 
  • #5
Swapnil Das said:
Hi There!
I am exploring career options in Nuclear Physics, exactly speaking, Theoretical Nuclear Physics. One of the ways to pursue a career in the field is of course in the academia, as a Professor and Researcher. But as we know, sustaining in the academia is not an easy job.

I was wondering if at all Nuclear Theorists work with reactor engineers in power plants. Could you throw some light on this and some other options for a Nuclear Theorist?

Thanks!

First of all, we need to correct the severe misconception that you have on what a "nuclear physicist" actually study, especially nuclear physics theorist. Would you believe that particle collider facility such as RHIC and CEBAF are all "nuclear physics" facilities? Would you believe that something like the study of "quark-gluon plasma" is within the realm of nuclear physics?

I strongly suggest that you go to the ArXiv website and LOOK at the articles related to nuclear physics, and nuclear physics theory. How many of those are on "power plants"?

So now, considering that you did not have a clear idea of what is involved in the field of nuclear physics, how accurate do you think is your understanding of OTHER areas of physics?

Zz.
 
  • #6
Swapnil Das said:
There are, but I don't like them.
To be honest, I don't think you really know what a nuclear physicist studies, or what the practical difference is between the life of a theoretical and experimental physicist.

I kind of wish that more physics programs asked that as a requirement for admission. Most jobs ask for a cover letter explaining "Why do you want to work here?" and something similar for physics could cut down a lot on people who don't know what they're getting in for.
 
  • #7
You guys are pretty harsh.

To answer the OP, I have worked on and in nuclear plants for 40 years without meeting any nuclear physicists. The nuclear physics involved in power reactors was figured out in the 1940s and 1950s by people like Fermi and Wigner. Since that time, reactor design has become an empirical science. Example - neutron capture cross sections are well known measured parameters, not theoretical estimates.

I think the point of some previous responses is that what goes as "theoretical physics" has moved on a lot since the 1950s. Zz's suggestion on looking at arxiv is a very good one.
 
  • #8
Swapnil Das said:
I am exploring career options in Nuclear Physics,
It might help people to target their answers appropriately, if you can see fit to tell us what stage of education you are currently in, and how much physics you have already studied. High school? First-year undergraduate? Late undergraduate?

[added] OK, I now see in one of your old posts that you were a tenth-grader in 2016. That suggests that you are currently a college/university freshman (first-year undergraduate). Correct?
 

1. What is nuclear physics?

Nuclear physics is a branch of physics that focuses on the study of the atomic nucleus, including its structure, properties, and interactions with other particles. It also involves the study of nuclear reactions, such as nuclear fusion and fission, and their applications in various fields.

2. What types of careers are available in nuclear physics?

There are a variety of careers in nuclear physics, including research and development, nuclear engineering, medical physics, environmental monitoring, and nuclear energy production. Other related fields include nuclear medicine, radiology, and nuclear waste management.

3. What education and training is required for a career in nuclear physics?

Most careers in nuclear physics require at least a bachelor's degree in physics or a related field. However, more advanced positions may require a master's or doctoral degree in nuclear physics or a specialized area such as nuclear engineering. It is also important to have strong mathematical and computer skills and a solid understanding of nuclear physics principles.

4. What skills and qualities are important for a career in nuclear physics?

In addition to a strong educational background in physics and mathematics, some important skills and qualities for a career in nuclear physics include critical thinking, problem-solving, attention to detail, and the ability to work well in a team. Good communication skills and the ability to analyze and interpret data are also important.

5. What are some potential challenges of working in nuclear physics?

Working in nuclear physics can involve potential hazards and risks due to the use of radioactive materials and nuclear reactions. Therefore, strict safety protocols and regulations must be followed. Additionally, the field is constantly evolving, so staying updated on new developments and technologies is necessary. The work can also be highly technical and require long hours and attention to detail.

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