Physics international M.Sc.
Study

The Study Programme

The M.Sc. Physics programme, which is taught in English, allows for specification in the areas of "Nuclear Physics and Astrophyics" or "High Energy Density in Matter". Within your chosen specification, you can go further in-depth or study other subject areas. The content of the Master Physics can be completely individualised. The programme includes in-depth and special lectures as well as courses in the field of experimental and theoretical physics.

Master Physics

Studying Master Physics at the TU Darmstadt? A great idea: Watch the video!

General Information

Master Physics (engl.) 2022
Master Physics (engl.) 2022

The following specialisations are possible:

  • Nuclear Physics 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 Physics (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 Physics can be found in the examination regulations.

M.Sc. Physics 2022

Scholarship for international female students in international master studies:
The Ira Rischowski Program supports female students and researchers in the areas of nuclear physics, nuclear astrophysics, accelerator physics, and nuclear photonics.

Modules/courses offered in English

05-27-1024 Active Matter and Machine Learning

05-21-2014 Energy from Nuclear Fusion

05-21-1465 Experimental Nuclear Physics

05-21-1355 Focus High Energy Density in Matter

05-21-1357 Focus Nuclear Physics and Nuclear Astrophysics

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

05-27-2035 Laser Plasma Physics and Applications of Laser-based Particle and Photon Sources

05-27-2024 Modern methods for non-perturbative phenomena

05-27-2907 Nuclear Structure and Astrophysics (Experiment)

05-23-2045 Photonuclear reactions

05-21-2665 Physics of Relativistic Heavy Ion Collisions

05-27-2026 Quantum Imaging and Sensing

05-27-2980 Radiation Biophysics

05-22-1422 Advanced Quantum Mechanics

05-21-1460 Atoms and Ions in Plasma

05-27-2220 Current Topics of Structure and Dynamics in Soft Matter

05-21-1355 Focus High Energy Density in Matter

05-21-1357 Focus Nuclear Physics and Nuclear Astrophysics

05-27-2911 Interaction of Intense Laser and Ion Beams with Matter

05-23-2019 Medical Physics

05-24-4022 Multimessenger physics

05-27-2907 Nuclear Structure and Astrophysics (Experiment)

05-23-2020 Physics of nuclear and particle physics detectors

05-23-2026 Quantum Imaging and Sensing

05-27-2921 Relativistic Heavy Ion Physics (experiment)

05-27-2922 Relativistic Heavy Ion Physics (theory)

05-22-1410 Theoretical Nuclear Physics

05-22-2610 Theoretical Particle Physics

05-21-2014 Energy from Nuclear Fusion

05-21-1465 Experimental Nuclear Physics

05-21-1355 Focus High Energy Density in Matter

05-21-1357 Focus Nuclear Physics and Nuclear Astrophysics

05-21-2670 Intense Laser Beams

05-27-2911 Interaction of Intense Laser and Ion Beams with Matter

05-22-2623 Introduction to Astrophysics

05-22-2625 Introduction to Quantum Field Theories

05-27-2907 Nuclear Structure and Astrophysics (Experiment)

05-21-2665 Physics of Relativistic Heavy Ion Collisions

05-27-2980 Radiation Biophysics

05-27-1023 Statistical physics of networks

05-27-2024 Modern methods for non-perturbative phenomena

05-22-1422 Advanced Quantum Mechanics

05-21-1460 Atoms and Ions in Plasma

05-27-2220 Current Topics of Structure and Dynamics in Soft Matter

05-21-1355 Focus High Energy Density in Matter

05-21-1357 Focus Nuclear Physics and Nuclear Astrophysics

05-27-2911 Interaction of Intense Laser and Ion Beams with Matter

05-23-2019 Medical Physics

05-24-4022 Multimessenger physics

05-27-2907 Nuclear Structure and Astrophysics (Experiment)

05-23-2020 Physics of nuclear and particle physics detectors

05-23-2026 Quantum Imaging and Sensing

05-27-2921 Relativistic Heavy Ion Physics (experiment)

05-27-2922 Relativistic Heavy Ion Physics (theory)

05-22-1410 Theoretical Nuclear Physics

05-22-2610 Theoretical Particle Physics