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Physics seeks to understand the universe by exploring everything from subatomic particles to galaxies. Through advanced tools like electron microscopes, particle accelerators, and nuclear reactors, researchers uncover the forces binding atomic nuclei, the mechanisms of protein interactions, and the processes powering stars. An undergraduate physics degree offers versatile preparation for diverse careers and graduate studies, spanning fields from earth sciences to healthcare, law, and economics. The applied physics B.S. program combines fundamental physics coursework with specialized studies, covering classical and modern physics alongside advanced mathematics. With guidance from faculty advisors, students select electives aligned with their focus areas—approved options are detailed on the department's website. The physical electronics track additionally provides an accelerated five-year dual degree option combining physics and electrical engineering.
Physics graduates pursue varied paths including R&D roles in academic, government, or corporate settings; teaching positions across educational levels; leadership roles in tech companies and agencies; or technical sales and production careers. The degree also serves as excellent preparation for interdisciplinary graduate studies in emerging fields like biophysics, astrophysics, computational science, and materials engineering.