Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
Biophysics serves as the vital link between core principles of electricity, magnetism, thermodynamics, and classical/quantum mechanics and the functioning of living organisms - from how we perceive our environment to how we grow, heal, and reproduce. Biophysicists pursue two key objectives: interpreting biological systems through physics-based frameworks and investigating them using physical methodologies. This demanding major combines foundational studies in physics, biology, and chemistry with specialized biophysics coursework and diverse electives featuring hands-on experimentation and research projects. Students learn to develop and operate advanced instruments for spectroscopy, medical imaging, structural analysis, and radiation treatment. The curriculum covers techniques for identifying, isolating, analyzing, engineering, and visualizing chemical compounds and materials. It also explores ways to manipulate microorganisms and influence ecological cycles involving water, energy, nutrients, and contaminants. With its balanced emphasis on experimental, theoretical, fundamental, and applied approaches, biophysics provides exceptional preparation for various professions including scientific research, industrial applications, healthcare, education, environmental management, and technology commercialization.