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Our theoretical physics program focuses on the core mathematical foundations that have advanced physicists toward a unified theory of everything. You'll examine classical physics concepts that shaped scientific understanding before the 20th century, then delve into modern breakthroughs like relativity and quantum mechanics that have driven scientific progress since Einstein's era.
During your initial two years, you'll master foundational physics topics shared across our curriculum, including quantum mechanics, electromagnetism, special relativity, and classical physics principles.
Advanced mathematical studies are available through the University's School of Mathematics and Statistics, covering areas like calculus, geometry, differential equations, linear algebra, and fluid mechanics. These specialized modules provide deeper mathematical insight than standard physics programs offer.
Hands-on laboratory sessions allow you to test theories using modern equipment, while programming classes develop skills crucial for theoretical physics and applicable to careers ranging from data science to game development. Elective options include particle physics and the physics of music.
In your final year, you can specialize through diverse research projects in theoretical physics. Core modules explore quantum mechanics and statistical physics, with electives covering dark matter and mathematical biology.
Physics graduates gain valuable numerical, analytical, and data interpretation skills applicable to careers in software engineering, research, data science, and product development. These capabilities address 21st-century challenges like renewable energy innovation, medical advancements, quantum communications, and space exploration.
Optional placement year, Study abroad