Mathematical Physics (MSc)

This master's programme is run jointly by the university’s mathematics and physics departments, with additional course offerings taught by leading theorists from the German Electron Synchrotron (DESY). The Centre for Mathematical Physics (ZMP) is also actively involved, creating a lively research environment that connects rigorous mathematics with cutting‑edge theoretical physics. Instruction is provided in English, making the programme accessible to international students.

Designed for students who already hold a university degree in mathematics or physics, the MSc is research‑oriented and interdisciplinary. You can tailor your studies to emphasize either the mathematical foundations or the physical applications, depending on your interests and career goals. The curriculum and research opportunities support close supervision and collaboration across departments and with DESY researchers, preparing graduates for further research or advanced professional roles that require strong analytical and theoretical skills.

Entry requirements (concise)

• A completed university degree in Mathematics or Physics (e.g., Bachelor’s or equivalent)
• Language of instruction: English (applicants should be able to study and write at a graduate level in English)

Curriculum overview

The programme is organized in two stages. In the first year you build a strengthened, interdisciplinary foundation by taking advanced courses and participating in seminars across both mathematics and physics. The second year shifts to a research focus and culminates in a Master’s thesis; during this period you become closely embedded in an active research group either in the mathematics department, the physics department, or at DESY’s Theory Division.

Key modules

• In-depth courses in advanced mathematics and theoretical/experimental physics (lecture and seminar formats)
• Research placement within a departmental research group or DESY’s Theory Division
• Master’s thesis project conducted under the supervision of a research team

Expected learning outcomes

Students graduate with a deeper, integrated understanding of mathematical and physical concepts and methods, and with practical research experience. The programme develops your ability to formulate and investigate interdisciplinary problems, to carry out independent research within a team environment, and to produce a substantial Master’s thesis that demonstrates research competence and subject-matter mastery.

Program requirements (concise)

• Complete first-year in-depth courses and seminars in both mathematics and physics
• Undertake a research-oriented second year embedded in a research group (mathematics department, physics department, or DESY’s Theory Division)
• Complete and submit a Master’s thesis based on the second-year research project

Graduates acquire strong theoretical and mathematical skills applicable to research in mathematical physics and related fields. The programme equips you for doctoral studies as well as research positions in academic institutes and national research laboratories.

The analytic and modelling abilities developed in the programme are also valuable in technology, finance, data science and other industries that require advanced mathematical and quantitative problem-solving. Close collaboration with DESY and university research groups can help you build a network useful for both academic and non-academic career paths.