Biophysics: Is it Right for Your Interests?

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Discussion Overview

The discussion revolves around the field of biophysics and its relevance to individuals interested in physics, neuroscience, and genetics. Participants explore the interdisciplinary nature of biophysics, its approach to problem-solving, and considerations for choosing between a biophysics and a biology major.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant expresses interest in biophysics due to a fascination with physics and related fields like neuroscience and genetics, seeking advice on whether biophysics would be a suitable choice.
  • Another participant describes biophysics as an interdisciplinary field that incorporates contributions from biology, physics, chemistry, engineering, mathematics, and neuroscience, emphasizing its problem-driven nature.
  • A participant notes that undergraduate biophysics is more mathematical and focuses on the physical principles underlying biological systems, contrasting it with traditional biology that identifies biological components like proteins and genes.
  • There is a question raised about the purpose of pursuing biophysics, highlighting that "biology major" is too broad for meaningful comparison.
  • One participant provides links to resources related to biophysics education and careers.
  • A later reply asks whether the individual prefers theoretical or experimental approaches, suggesting a consideration of personal interests in the decision-making process.

Areas of Agreement / Disagreement

Participants express varying perspectives on the suitability of biophysics versus a biology major, with no consensus reached on which path is preferable. The discussion reflects differing views on the nature and focus of biophysics compared to biology.

Contextual Notes

Participants acknowledge the difficulty of making informed decisions about fields of study at the undergraduate level due to limited experience. The discussion highlights the importance of exploring various scientific disciplines before specializing.

Who May Find This Useful

Individuals considering a major in biophysics or biology, as well as those interested in interdisciplinary studies that combine physics with biological sciences.

Frushe
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As the title says, I want to know which is the area of study of Biophysics. I am really interested in physics because of how interesting everything is. But also I have a great interest on subjects like neuroscience and genetics. Do you think biophysics would be good? Or better go with a biology major?
 
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Biophysics is a broad and interdisciplinary field with contributors from various disciplines. It's driven largely by problems in biology and the people trying to solve them bring different tools to the table. A biologist who wants to model the diffusion of a certain drug through a tissue might contact a physicist who has experience in that area rather than re-inventing the wheel. Or if she or he wants to develop a new way of counting certain types of cells drawn in a sample she or he might contact a physicist who can figure out how to light scatters differently through the different cells and develop a system for measuring that. Biologists and physicists aren't exclusive to the group either. You have chemists, engineers, mathematicians, neuroscientists, who also make significant and even leading contributions to the field.

Going into undergraduate studies is a difficult time to know what kinds of problems you would really enjoy working on because most people don't have a lot of experience at that age to make an informed decision. That's why it's usually a good idea to avoid too much specialization too early.

If you're unsure of even a decision between physics and biology, you might want to start by enrolling a general science program and take a first year or study that would qualify you to go either route. Spend that first year concentrating on your courses, but also talking with senior students, and even graduate students if you can. Then make the decision as you go into your second year.
 
The difference is in how they approach problems. I have several friends currently doing PhDs in biophysics. At the undergrad level it is much more mathematical than biology and focuses on how biological systems work in a physical sense rather than identifying important things like proteins, genes, etc. you work on problems involving things like the responses of living systems/cells/membranes under mechanical or chemical stress, thermodynamics/statistical mechanics involving cellular processes like protein folding or forming certain structures. For neuroscience you can study neural networks to model connections between neurons in the brain.
 
Good for what? And even if you told us that, a 'biology major' is too broad a term to be of any use comparing.
 
Do you prefer theory or experiment?
 

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