Radiation Physics: Career Opportunities & Research

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Discussion Overview

The discussion focuses on career opportunities and research prospects in radiation physics, particularly in relation to medical physics. Participants explore the applicability of radiation physics in medical settings and the educational pathways that may lead to employment in hospitals or research institutions.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses interest in radiation physics and questions the feasibility of obtaining a job in a medical center with a focus solely on radiation physics rather than medical physics or biophysics.
  • Another participant outlines various aspects of radiation physics that could be relevant to medical applications, including Monte Carlo transport algorithms and detector design.
  • A participant inquires about the employment prospects for a physicist with experience in radiation seeking work in a medical setting, noting concerns about the relevance of their college's biophysical courses.
  • It is suggested that pursuing a graduate degree in medical physics is generally the best path for working in hospitals, although some participants note that entry into medical physics programs may not require specific courses beyond a standard undergraduate physics curriculum.
  • Concerns are raised about competition from graduates of certified medical physics programs, which may limit opportunities for those with a Ph.D. in other areas of physics.
  • There is a distinction made between biophysics and medical physics, with a participant noting that biophysics often involves biochemical interactions rather than direct applications in medical settings.

Areas of Agreement / Disagreement

Participants generally agree that a background in medical physics is advantageous for working in hospitals, but there is uncertainty regarding the specific pathways and the competitiveness of the job market for those with a pure physics background. Multiple views on the relevance of radiation physics in medical applications are presented.

Contextual Notes

Participants mention varying educational requirements for medical physics programs and the competitive landscape for jobs, but do not resolve the implications of these factors on career prospects.

Niles
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Hi all.

Today at school at I saw a poster on radiation physics. I have never thought about taking courses in this area of physics, but it seems very applied, so I am interested in knowing more about this.

Is it possible to get a job at e.g. a medical center/hospital doing research if you have only studied radiation physics, and not medical physics/biophysics in general? And if this wouldn't work out, do you know if there is being research done in this area anymore?

Thanks in advance.Niles.
 
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Radiation physics could include a lot of things.

In relation to medical physics radiation physics might include Monte Carlo transport algorithms, nano-scale track structure, accelerator design, detector design, instrumentation (for example a study of the performance of circuits/devices when subject to radiation - this has applications in medicine and space), medical applications of high LET radiation, etc.

In general, if you're interested in working in a hospital with physics, medical physics is the way to go.
 
How would you rate the chances of a "pure" physicst with considerable experience in radiation to be able to work at a medical center/hospital doing the above mentioned things?

The reason why I am asking is because the biophysical courses at my college are mostly courses in chemistry and biochemistry, so I am not so sure how applied they are.
 
As I said, if you're really interested in working in a hospital with radiation, medical physics is the way to go. The best path towards getting there is an undergraduate degree in physics ('pure' physics), followed by a graduate degree in medical physics.
Note that to get into a medical physics program, you don't generally need any courses other than those you would pursue in a regular undergraduate physics program (although exact requirements do vary from school to school).

You can get into the field with say a Ph.D. in another area of physics, but this avenue is shrinking rapidly - largely because you would be competing with graduates coming from certified medical physics programs. I can't give you exact odds on the matter because it's a supply and demand issue.

Biophysics tends more to do with the physics of interactions on the biochemical level. The biophysicists I know, spend a lot of time working out the kinetics of different drugs - work that ultimately can suggest more lucrative avenues of research for pharmeceuticals.
 

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