Mathematical Physics, MMath (Hons)

Mathematics serves as the foundational language of physics, enabling predictions and the development of mathematical disciplines to address physical challenges. This degree delves into mathematical topics and their applications in theoretical physics, including particle physics, astrophysics, and quantum field theory. Students will explore core areas such as calculus, linear algebra, vector calculus, partial differential equations, relativity, cosmology, and optoelectronics. The programme, delivered jointly by the School of Mathematical Sciences and the Department of Physics and Astronomy through the STAG research centre, equips graduates with sought-after technical skills for careers in science, industry, and research.As part of the course, students will identify key physics theories, construct mathematical models, specialise in fields like particle physics or astrophysics, and utilise tools such as Python and R. The curriculum advances to frontier knowledge typically reserved for postgraduate levels, fostering problem-solving abilities that lead to high-demand roles with employers like Deloitte and IBM. Assessment includes coursework, tests, and exams, ensuring a comprehensive demonstration of learning.

You will study a variety of topics that cover the fundamental aspects of Mathematical Physics. With the opportunity to take both physics and mathematics modules throughout your degree, students will emerge with a strong understanding of the forces of nature, quantum theory, and General Relativity. Some of the modules you may study include Quantum Physics; Cosmology; and Particle Physics. For further module information visit https://www.southampton.ac.uk/courses/mathematical-physics-degree-mmath#modules