Master of Science in Physics

This two-year English-language Master of Science in Physics focuses on deepening your theoretical understanding while training you in contemporary research topics. The programme emphasizes the development of rigorous problem-solving and methodological skills in both theory and experiment, and teaches research methods, strategic project planning and critical assessment of scientific results. Teaching formats include lectures, exercises, seminars, laboratory courses and supervised research, with a one-year research phase culminating in a Master’s thesis.

You build foundational skills and specialist knowledge in the first two semesters and then concentrate on an extended research project during the final year. Courses can be chosen from a broad set of research areas, including astronomy and astrophysics, cosmology; biophysics, molecular biophysics, statistical physics; solid-state and nanophysics; elementary particle physics; laser and quantum optics; atmospheric physics and meteorology; medical physics; theoretical and mathematical physics; and artificial intelligence in physics. Depending on your course choices, you can also obtain an additional certificate in Biophysics, Medical Physics, Astrophysics, Atmospheric Physics or Artificial Intelligence in Physics.

The programme is offered by Ludwig-Maximilians-Universität München (LMU), a globally ranked, research-intensive university with a history spanning more than 550 years and participation in the German Universities Excellence Initiative. LMU’s Faculty of Physics has close ties to Nobel laureates, Leibniz Prize winners, ERC grant holders and Humboldt professorships, and students work with internationally recognised researchers. Situated in Munich, LMU is embedded in an extensive research and industry ecosystem that includes the Technische Universität München, the Max Planck and Fraunhofer societies, multinational companies and a lively start-up scene—creating strong pathways into academic and industrial careers worldwide.

Program requirements and structure (key facts)

• Duration: 2 years (full programme includes a one-year research phase for the Master’s thesis)
• Language of instruction: English
• Teaching formats: lectures, exercises, seminars, laboratory courses and research projects
• Core training: research methods, strategic planning, critical evaluation, theoretical and experimental problem-solving
• Elective research areas: Astronomy & Astrophysics, Cosmology; Biophysics, Molecular Biophysics, Statistical Physics; Solid State & Nanophysics; Elementary Particle Physics; Laser & Quantum Optics; Atmospheric Physics & Meteorology; Medical Physics; Theoretical & Mathematical Physics; Artificial Intelligence in Physics
• Optional additional certificates available in: Biophysics, Medical Physics, Astrophysics, Atmospheric Physics, Artificial Intelligence in Physics
• Career orientation: preparation for international academic and industry careers through supervision by leading researchers and access to Munich’s broad research and corporate network

Program overview

The MSc curriculum is organized across four semesters. During the first two semesters, you follow a coursework phase made up of mandatory advanced courses in both experimental and theoretical physics, alongside selectable electives that reflect the faculty’s active research areas. The final two semesters are devoted entirely to a one-year Master's project, which comprises an extended research phase and the completion of a Master's thesis.

Key modules and areas of study

• Advanced experimental physics (compulsory): in-depth training in modern laboratory techniques, instrumentation and data analysis.
• Advanced theoretical physics (compulsory): coursework on contemporary theoretical methods and modeling.
• Elective courses from the faculty’s research areas: options to tailor your studies toward specific fields (e.g., condensed matter, particle physics, quantum optics, astrophysics — depending on faculty offerings).
• Master’s project and thesis (third and fourth semesters): an extended research placement culminating in an independently written thesis.

Learning outcomes

This program equips you with an advanced, research-oriented understanding of contemporary physics, combining hands-on experimental skills with rigorous theoretical training. By the end of the four semesters you will be able to design and carry out a substantial piece of independent research, apply modern experimental and computational methods, critically interpret results, and communicate scientific findings in a written Master's thesis (and typically in oral presentations or group settings within the research environment).

Curriculum at a glance

• Four semesters total.
• Semesters 1–2: compulsory advanced experimental and theoretical physics courses + elective courses from faculty research areas.
• Semesters 3–4: one-year Master’s project (research phase) and Master’s thesis.

Graduates are prepared for research careers in academia (including PhD programmes) and for R&D roles in industry, research institutes and technology companies. The programme’s strong emphasis on independent research, methodical problem‑solving and interdisciplinary electives makes alumni competitive for positions that require advanced analytical and experimental skills.

Being based in Munich gives students access to a dense network of research institutions and companies, supporting transitions into postdoctoral roles, industrial research labs, applied physics positions, or entrepreneurial ventures in the high‑tech sector.