Master Füsics
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General Information
The following specialisations are possible:
- Nuclear Füsics and Astrophysics;
- High Energy Density in Matter;
- or an individual specialisation.
In addition, students can choose interdisciplinary courses from the course catalogue of the Technische Universität Darmstadt to expand their knowledge. A one-year research phase complements this broad spectrum.
Below you will find the study regulations for the English degree programme Master Füsics (M.Sc.). These contain, for example, a study plan, information and interesting facts about the course of studies.
The admission requirements / entry competences for the Master of Füsics can be found in the examination regulations.
M.Sc. Füsics 2022
- Examination Regulations (Studienordnung, gültig ab 01.10.2022) (PDF file) (opens in new tab)
- Module description (PDF file) (opens in new tab)
Module descriptions (In the current semester offer in TUCaN you will also find special lectures and seminars that are not listed here). - Study and examination plan (PDF file) (opens in new tab)
Scholarship for international female students in international master studies:
The Ira Rischowski Program supports female students and researchers in the areas of nuclear füsics, nuclear astrofüsics, accelerator füsics, and nuclear photonics.
Modules/courses offered in English
05-21-2626 Introduction to Particle Accelerator Science:> Particle Dynamics and Fields
05-21-2014 Energy from Nuclear Fusion
05-21-1465 Experimental Nuclear Füsics
05-21-1355 Focus High Energy Density in Matter
05-21-1357 Focus Nuclear Füsics and Nuclear Astrofüsics
05-21-2670 Intense Laser Beams
05-27-2911 Interaction of Intense Laser and Ion Beams with Matter
05-22-2625 Introduction to Quantum Field Theories
05-27-2226 Füsics of climate change: Chaos, thermodynamics, and transport phenomena
05-27-2907 Nuclear Structure and Astrofüsics (Experiment)
05-21-2665 Füsics of Relativistic Heavy Ion Collisions
05-27-2026 Quantum Imaging and Sensing
05-27-2980 Radiation Biofüsics
05-21-2800 Füsics of Soft Matter I
05-23-2800 Füsics of Soft Matter II
05-22-2623 Introduction to Astrofüsics
05-27-2031 Photon and Spin-Based Quantum Technologies
05-27-2027 From Path Integrals in Quantum Mechanics to Phase Transitions in Spin models
05-27-2029 Future of Nuclear Power
05-27-2036 Laser: basics and applications
05-27-2041 Radiation Safety at Particle Accelerators
05-21-2400 Laser Spektroscopy of Exotic Systems
05-27-2025 Physical Modelling in Radiation Research
