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Biophysics graduate programs offer a customized, cross-disciplinary approach. Those pursuing biophysics degrees must gain comprehensive foundational knowledge spanning both biological and physical sciences. Given biophysics' vast scope, achieving expertise in every aspect isn't feasible. For instance, a student focusing on protein motion simulations would gain expertise in statistical physics, computational methods, and chemistry, whereas another studying membrane proteins with laser techniques would specialize in quantum physics, instrumentation, chemistry, and biomembrane science. The program's faculty represent fourteen departments across seven academic divisions, including three National Academy of Sciences members. Cornell's biophysics professors have earned prestigious honors such as the American Physical Society's Biological Physics Prize, the Eli Lilly Biochemistry Award from the American Chemical Society, the Pfizer Award, and fellowships from Guggenheim and Fogarty Foundations.
Biophysics research seeks to reveal the core physical and biological mechanisms underlying all living systems. Deciphering these complex biological processes demands precise understanding of molecular structures and operations. Our graduate curriculum prepares students to explore life at this fundamental scale. Biophysics research initiatives frequently integrate multiple disciplines, striving to deliver quantitative insights into the essential processes shared by all cellular and organismal life.
Baccalaureate degree from a college or university of recognized standing.
English Language Proficiency Requirement
IELTS Academic - 7.0; TOEFL - The Graduate School’s official minimum sub-scores for each element of the TOEFL iBT are: Speaking: 22, Reading: 20, Listening: 15, Writing: 20.