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Physics explores the principles of motion, matter, and energy, serving as the cornerstone of scientific disciplines like chemistry, biology, astronomy, and geology. Researchers in physics investigate atomic nuclei, examine unusual matter states at extreme cold, and formulate theories about the universe's beginnings and fate. The field also drives innovations in areas such as semiconductor manufacturing, renewable energy technologies, nanotechnology, advanced lasers, and medical brain imaging. Groundbreaking physics discoveries have given rise to transformative technologies like transistors, computers, the internet, digital displays, and mobile devices.
The Physics program starts by building a solid grounding in core scientific and mathematical concepts. Advanced coursework then hones students' analytical and experimental skills for tackling real-world technical challenges. The curriculum covers essential topics including classical and quantum mechanics, electromagnetism, and thermodynamics. Complementing this technical focus, liberal arts courses provide a well-rounded education. Undergraduates are urged to engage in research projects, as this hands-on experience boosts career prospects and is typically required for admission to research-focused graduate programs.