You will have a timeframe of 6 months for completing your master's thesis (30 CP), for which you can prepare with an introduction to scientific work and a specialization phase. The program also includes an advanced internship (6 CP, semester 1) and the acquisition of interdisciplinary qualifications (4 CP, semester 2). You can choose the non-physical elective from the natural and engineering sciences and thus, for example, build on the elective subjects of the bachelor's program from the disciplines of mathematics, chemistry, electrical engineering and information technology, mechanical engineering, computer science or economics. The supplementary and minor subjects (14 and 8 CP in total) you will help you deepen your knowledge in further sub-disciplines from the above-mentioned fields, such as solid-state optics, nanotechnology, quantum information, methods of data analysis, accelerator physics, cosmology, supersymmetry, etc., or you will choose suitable courses from geophysics or meteorology.Ī non-physical elective subject (8 CP, semester 2) also contributes to your profile building in the master's program. experimental particle and astroparticle physics.You can choose the modules of the major (with a total of 20 CP) from this range of topics: You begin to develop your profile in the first year of study by choosing from a variety of modules within the framework of a physics major, a physics second major and a physics minor. In the English master's program, you will deepen and expand the basic scientific qualifications in experimental and theoretical physics acquired in the bachelor's program and develop your knowledge and skills into an individual competence profile. ![]()
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