Choosing Between Physics and Biomedical Science

In summary, for the purposes listed in the title, biomedical science would be the better choice. While physics may provide a stronger background for nanotechnology, in fields such as computational biology, the main focus will still be on biology. With only an undergraduate degree, you may only qualify for research assistant positions, which typically require quantitative disciplines like physics, math, statistics, and computer science. Additionally, experience with software packages like MATLAB and R are often desired skills for these positions.
  • #1
ClaireBear1596
9
0
I have a choice between Physics and Biomedical science
 
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  • #2
For the purposes listed in the title, obviously biomedical science.
 
  • #3
Rocket50 said:
For the purposes listed in the title, obviously biomedical science.
Would the physics not provide me with a stronger background though? As in for the nanotechnology parts?
 
  • #4
In computational biology and the other fields you are talking about, the main focus will still be on the biology part. You'll just be using methods from other disciplines.
 
  • #5
Depends. In the case of computational biology, it's an interdisciplinary field. For a biologist it could just be a tool set, but you have physicists, mathematicians, computer scientists developing those tools and collaborating with biologists in order to test their models with experimental observation.

Also with only an undergraduate degree you'll only be a research assistant. And for those types of openings "computational biology research associate/assistant" I've only ever seen them require quantitative disciplines like physics, math, statistics, and computer science. Experience with software packages like MATLAB and R are usually some of the main desired skills.
 
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What is the main difference between physics and biomedical science?

The main difference between physics and biomedical science is the focus of study. Physics is a branch of science that deals with the study of matter, energy, and the interactions between them. Biomedical science, on the other hand, focuses on the study of the human body, health, and diseases.

Which field has better career prospects, physics or biomedical science?

This largely depends on the individual's interests and strengths. Both fields have excellent career prospects and offer a wide range of opportunities in various industries. Physics may lead to careers in areas such as research, engineering, and technology, while biomedical science can lead to careers in healthcare, pharmaceuticals, and medical research.

Do physics and biomedical science require different skill sets?

Yes, physics and biomedical science require different skill sets. Physics requires strong mathematical and analytical skills, as well as critical thinking and problem-solving abilities. Biomedical science, on the other hand, requires a strong understanding of biology, chemistry, and laboratory techniques.

Can I pursue a career in both physics and biomedical science simultaneously?

Yes, it is possible to combine both fields in a career. For example, one can work in a medical physics research laboratory or a biotechnology company that utilizes physics principles in their research and development. However, it may require additional education and training in both fields.

Which field has more research opportunities, physics or biomedical science?

Both fields offer numerous research opportunities. Physics research often focuses on understanding the fundamental laws of nature and developing new technologies, while biomedical science research aims to improve human health and find cures for diseases. Ultimately, the availability of research opportunities depends on the specific interests and goals of the individual.

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