What Career Opportunities Are Available in Medical Physics?

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Discussion Overview

The discussion revolves around career opportunities in Medical Physics, exploring the educational pathways, relevant programs, and the nature of work within the field. Participants express concerns about the availability of information and programs related to Medical Physics, as well as the distinctions between Medical Physics and related fields like Biophysics.

Discussion Character

  • Exploratory
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant expresses interest in Medical Physics but lacks biology coursework and seeks guidance on graduate programs.
  • Another participant mentions the significant R&D in MRI technology and the importance of quantum mechanics in understanding MRI machines.
  • Discussion includes the role of laser microscope technology and its applications in medical research, highlighting the physicist's role in developing laser specifications.
  • Concerns are raised about the difficulty in finding accredited Medical Physics programs, with a suggestion to look at CAMPEP accredited programs.
  • Some participants clarify that Biophysics and Medical Physics are generally considered distinct fields, with Medical Physics focusing on medical applications of physics.
  • It is noted that most medical physicists work in radiation oncology, providing support for radiation oncologists and medical dosimetrists, with competitive salaries comparable to family physicians.
  • There is a reiteration that Medical Physics is primarily physics-oriented, and a PhD is typically required, with less emphasis on biology than might be assumed.

Areas of Agreement / Disagreement

Participants express shared concerns about the lack of information on Medical Physics programs and the distinction between Medical Physics and Biophysics. However, there is no consensus on specific educational pathways or the extent to which biology knowledge is necessary.

Contextual Notes

Participants mention the competitive nature of accredited programs and the potential overlap between Medical Physics and Biophysics, but do not resolve the implications of these distinctions for career choices.

Maxwhale
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Hi

I started thinking about Medical Physics the other day as one of the options for me. I have not taken any biology classes so far, but took some intensive biology classes in high school that is equivalent to freshmen and a part of sophomore biology classes. I started looking at graduate programs on medical physics but did not find whole lot. Can anyone please help me explore the field of Medical Physics and is possible, even suggest something?
 
Physics news on Phys.org
I'm not in the field but I'm familiar with a few topics related medical physics.

There is a a lot of R&D involved with MRI (more specificlly, nuclear-magnetic-resonance) machines. In undergrad a prof who taught a physics course i took once said "you'll never fully understand how an MRI machine works until you study quantum mechanics". At my school there was considerable amount of research involved with NMR/MRI machines.

Laser microscope technology is another big one that involves a bit of physics and engineering. I know that fempto-second lasers have been used in confocal microscopes to excite 'flouresence' signals from a microscope sample to generate a microscope image. From what i understand, the physicists/engineer develop the laser to meet certain specifications (such as wavelength range, mode locking, output power) for the biologists conducting research.

And there is ofcourse nano-technology (which encompasses physics/bio/chem) and its use in medical sciences, unfortunately i don't know much about this since i haven't been following news on the latest developments.

Does your school offer medical physics courses? If so, take those to get a feel of what type of work is involved in terms of physics.
 
I share the exact concerns with the TC.

However, I'm not sure what are some good options for schools, like the TC said, it's hard to find much information on it.

I assumed medical schools offered degrees of medical physics, but ones like Baylor and Cornell only offered Biophysics, which I don't think is the same as Medical Physics.

I'd like some more advice too :D
 
The place to start looking is at CAMPEP accredited programs:
http://www.campep.org/campeplstgrad.asp
These programs are very competative.

Biophysics and medical physics are generally two different disciplines (although there is some cross over). Generally with biophysics you're concerned with things like the structure of mirotubules, or protein kinetics, whereas medical physics concentrates on medical applications of physics is fields such as radiation therapy and radiological imaging.
 
Actually most medical physicists are working in radiation oncology, providing physics support for the radiation oncologists & medical dosimetrists. Medical physicists working in that field get paid on average about the same as a family physician, or about 140k.
 
Elbobo said:
I share the exact concerns with the TC.

However, I'm not sure what are some good options for schools, like the TC said, it's hard to find much information on it.

I assumed medical schools offered degrees of medical physics, but ones like Baylor and Cornell only offered Biophysics, which I don't think is the same as Medical Physics.

I'd like some more advice too :D

Choppy's right. By the way medical physics is pretty much physics oriented, you don't really need to know much about biology, and it is not being offered by medical schools, medical physicists are PhDs just like other physicists.
 

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