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The graduate physics curriculum equips students with comprehensive training in both theoretical and experimental physics, preparing them for high-level careers in research or academia. This program is tailored for aspiring professional physicists and consists of two key elements: First, achieving proficiency in fundamental advanced physics concepts. This foundation empowers graduates to explore diverse career paths, such as teaching physics at universities or engaging in research across various specializations beyond their thesis focus. Second, conducting novel research within a specific physics discipline. This component offers students specialized expertise in a cutting-edge research area, coupled with hands-on experience that leads to an original thesis contributing new scientific knowledge.
Biological physics applies physical principles and methodologies to study life's mechanisms across all scales, from molecules to entire organisms. Cornell fosters expanding research initiatives in this field, exploring topics like biological system fluctuations, molecular motion visualization, molecular motor mechanics, biomolecular characteristics, cellular interactions, membrane biology, chromosome and macromolecule mechanics, membrane diffusion processes, receptor binding dynamics, ion channel behavior, tissue structure-function relationships, and insect flight aerodynamics.