Biophysics covers all scales of biological organization, from molecular to organismic and populations. Biophysical research shares significant overlap with biochemistry, nanotechnology, bioengineering, computational biology and systems biology.
Biophysics is 'physics behind biology'. It studies patterns of biological matter organisation and explains how these patterns were formed in the 1st place.
Biophysics is about how living is physically (& sometimes mathematically) possible at the different levels of organization: from biomolecules & biomembranes through cells & tissues to populations & ecosystems. What rules them all & make things what they are in biology, biochemistry, medicine, social ecology, etc.
Graduate Programs
Although there are many biophysics departments, many biophysics graduate programs are interdisciplinary programs housed in physics departments or different biological science programs.
Biophysics research mentors can be found in almost any science department including biochemistry, pharmacology, chemistry, bioengineering, computational biology, and.
Undergraduate Preparation
Although all science majors can pursue biophysics, it’s important to build a strong undergraduate foundation by taking biology, physics, chemistry, and mathematics courses and some advanced courses in fields like biochemistry and neurobiology to develop a sound background.
As an undergraduate, take all opportunities to gain research experience.
Fin.
What is a biophysics degree?
Biophysics is an interdisciplinary science that uses physics theories and practices to understand various biological phenomena.
Biophysics helps answer biological questions such as:
how plants extract energy or how a protein's change in shape affects how it works.
A background in biophysics prepares you for a wide variety of jobs in the workforce. Why are biophysical techniques important?
Biophysical techniques are also essential to the analysis of these vast quantities of data.
