Mathematics and Physics

Mathematics and physics have been companion disciplines for centuries, each deepening and enriching the other. Physics poses questions about the fundamental nature of matter, energy, space, and time, and it uses mathematics as its primary language for expressing and testing ideas. Mathematics, in turn, is driven forward partly by the demands that physical problems place on it, and many areas of pure mathematics have found unexpected application in physics.

Studying the two together means you encounter each discipline at its most powerful, and you develop the rare ability to move fluently between rigorous mathematical reasoning and physical intuition. At the University of Manchester, this four-year full-time MMath and Physics degree takes you to master's level in both subjects, a qualification that is distinctive and highly regarded.

You will cover the core of both disciplines: in mathematics, analysis, algebra, and applied mathematics including differential equations and mathematical methods; in physics, classical mechanics, electromagnetism, quantum mechanics, thermodynamics, and relativity. As the degree progresses, you will have the opportunity to move into more advanced and specialised areas, potentially including particle physics, cosmology, fluid dynamics, or mathematical methods at research level. A foundation year is available for students who need to build their mathematical and scientific preparation before the main programme.

Manchester's physics department has a distinguished research history, and undergraduate students benefit from the intellectual environment of an institution at the frontier of both disciplines. The typical entry tariff is 200 UCAS points.

Graduates with a combined mathematics and physics degree at master's level are among the most sought-after in the scientific and quantitative job market. Research careers in physics, astrophysics, and applied mathematics are natural destinations for those who wish to pursue academia or industrial R&D. Finance, data science, quantitative analysis, software engineering, and scientific consulting also draw heavily on this graduate profile, and many graduates continue to doctoral study in physics, mathematics, or related fields.