BSc Theoretical Physics
About this course
Theoretical physics occupies the most mathematically intensive corner of the physical sciences, concerned with developing the formal frameworks and models that describe the fundamental structure of the universe. Where experimental physics works with apparatus, measurements, and data, theoretical physics works with equations, symmetries, and abstract structures, building the conceptual architecture within which all of physics makes sense. It is a discipline that demands fluency in advanced mathematics and a willingness to engage with ideas at the frontier of human knowledge, from quantum field theory and general relativity to string theory, cosmology, and statistical mechanics. At the University of Edinburgh, this four-year full-time programme includes a year abroad, which gives you the opportunity to study at a partner university in another country, broadening your academic experience and allowing you to engage with theoretical physics in a different intellectual tradition. Edinburgh has a distinguished physics department with strong research activity in theoretical and mathematical physics, and the programme is designed to take students from a rigorous foundation in classical mechanics, electromagnetism, and quantum mechanics through to the advanced topics that define the modern discipline. You will develop deep mathematical competence, including in the areas of differential equations, linear algebra, complex analysis, and differential geometry, and you will apply these tools to physical theories of increasing sophistication. The year abroad adds an international dimension that is both academically enriching and personally valuable, and Edinburgh's connections with leading European and global universities make for strong placement options. Theoretical physics graduates are among the most technically capable of any discipline, and their career paths are correspondingly diverse. Many move into research, pursuing doctoral degrees and academic careers. Others apply their mathematical and computational skills in finance, data science, technology, and quantitative analysis. The degree is also a respected pathway into science communication, science policy, and education.
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