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The physics program offers foundational training across key physics disciplines, giving students flexibility to pursue graduate studies or industry careers. As both paths require coursework beyond the core curriculum, consulting with a physics department advisor is essential when planning schedules. Junior year focuses on macroscopic physics, primarily covering electromagnetism and mechanics while completing required mathematical and computational training. Senior year introduces quantum physics, providing modern perspectives on atomic and subatomic phenomena along with relevant analytical techniques. Courses in thermodynamics and statistical physics explore connections between microscopic and macroscopic realms, using examples from gas dynamics and solid-state physics. Advanced laboratory courses develop skills in physical measurement, equipment construction, and experimental techniques. This comprehensive curriculum delivers fundamental physics knowledge while fostering broad scientific literacy. Beginning with introductory mathematics, physics, computing, and life/chemical sciences, students advance to upper-level studies in mechanics, electromagnetism, thermal physics, quantum theory, and experimental methods. The program also includes sixteen units of upper-division electives in natural sciences or mathematics.