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This program is designed for students eager to delve into the core mathematical principles that have advanced physicists toward a unified theory of the universe. You'll cultivate research-ready skills, whether your ambition lies in tackling profound questions arising from relativity and quantum physics, or applying scientific expertise to industrial challenges.
During your initial two years, you'll master foundational physics concepts shared across our curriculum, spanning quantum mechanics, electromagnetism, special relativity, and classical physics. You can pursue advanced mathematical studies through the School of Mathematics and Statistics, covering areas like calculus, geometry, differential equations, linear algebra, and fluid mechanics. These components provide deeper mathematical insight than conventional physics programs.
In laboratory sessions, you'll conduct experiments using state-of-the-art equipment to observe theoretical principles in action. Programming courses equip you with skills vital for theoretical physics and applicable to diverse fields, from data analytics to game development. Electives include specialized topics like particle physics and acoustical science.
Your third year offers specialization opportunities, including an independent theoretical physics research project. Core coursework explores advanced quantum mechanics and statistical physics, while electives range from dark matter studies to biomathematics.
The fourth year features expanded elective options alongside a substantial research undertaking. You'll select a theoretical physics focus and collaborate with faculty experts, dedicating approximately half your final year to this intensive project, which may result in academic publication.
Optional placement year, Study abroad