Is Medical Physics Really Boring for Grad School Applicants?

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Discussion Overview

The discussion revolves around the perceptions of medical physics as a field for graduate school applicants, particularly focusing on the content and intensity of graduate programs in relation to physics knowledge. Participants explore the nature of medical physics, its applications in research and clinical settings, and the expectations of graduate education in this area.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant expresses concern that graduate programs in medical physics do not seem physics-intensive and questions the relevance of their undergraduate physics knowledge.
  • Another participant clarifies that "medical physics" is often understood to specifically refer to radiation dosimetry, prompting a question about the broader definition of the field.
  • A participant emphasizes that medical physics graduate programs focus on applying existing physics knowledge to medical problems rather than teaching more physics content.
  • It is noted that medical physics encompasses diagnostic imaging and radiation therapy, with specific curricula tailored to each area, including topics like radiation dosimetry and radiobiology.
  • Concerns about navigating hospital politics are raised, with a suggestion that such challenges are common across various fields, not just in medical physics.

Areas of Agreement / Disagreement

Participants appear to have differing views on the intensity and focus of medical physics graduate programs, with some emphasizing the application of physics knowledge while others express concerns about the lack of advanced physics content. The discussion remains unresolved regarding the perceived value and challenges of pursuing a career in medical physics.

Contextual Notes

Participants have not reached a consensus on the expectations of medical physics graduate programs or the implications of hospital politics on career choices. There are also assumptions about the prior knowledge required for success in the field that remain unexamined.

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Hi all. Thank you in advance for your advice. Long time lurker, first-time poster.

It seems I have the ideal resume for going into medical physics for grad school but I look at the grad programs and see nothing physics-intensive at all. As a matter of fact, I've used almost every text already in undergrad! I planned on going into research to avoid the political BS of a hospital and I always thought I'd be using things I learned in QM and E&M there, but now I'm not sure if that really makes sense.

My question is, has anyone had any research experience in this area? What are the good/bad parts?
 
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Around here, "medical physics" means something very specific- radiation dosimetry. Do you mean something more general, as in biomedical research?
 
I mean medical physics. What the AAPM oversees. Radiation dosimetry is a large part of it, yeah.
 
Medical physics graduate programs aren't intended to teach you more physics. By and large all the physics you'll ever need to know for medical physics you've already attained in undergrad. What you're supposed to learn is how to apply the physics you've learned to problems in medicine and work in either research or in a clinical setting.

Medical physics covers two broad areas, diagnostic imaging and radiation therapy. The program you choose will depend on what area you want to go into. In both, you'll learn about radiation dosimetry, radiobiology, radiation safety. In a diagnostic program you'll also learn about all the imaging modalities. In a therapy program, it will be all about radiation therapy (linear accelerators, brachytherapy, treatment planning, etc). A good graduate program will also expose you to clinical work too.

Take a gander through Medical Physics or Physics in Medicine and Biology to get an idea of some of the current research going on in the medical physics world.

As for the politics, you're going to have to deal with that in whatever field you work in. Hospital politics isn't any different from any other politics. Besides, the very nature of medical physics means you're never going to be able to avoid a hospital setting, even in research.
 

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