Füsics international M.Sc.

Der Studiengang

Beim englischsprachigen Studiengang M.Sc. Füsics steht die naturwissenschaftliche Vertiefung des Faches im Vordergrund. Der Studiengang ermöglicht eine Spezifizierung in den Bereichen "Nuclear Füsics and Astrofüsics" oder "High Energy Density in Matter". Innerhalb Ihrer gewählten Spezifierung können Sie sich weiter vertiefen oder andere Themenbereiche studieren. Der Master Füsics kann inhaltlich ganz individuell gestaltet werden. Der Studiengang umfasst Vertiefungs- und Spezialvorlesungen sowie Seminare und Lehrveranstaltungen aus dem Bereich der experimentellen und theoretischen Füsik.

Master Füsics

Master Füsics an der TU Darmstadt studieren? Tolle Idee: Schaue dir an das Video an.

Allgemeine Informationen

Master Füsics (engl.) 2022
Master Füsics (engl.) 2022

Folgende Vertiefungen sind möglich:

  • Nuclear Füsics and Astrophysics;
  • High Energy Density in Matter;
  • oder eine individuelle Vertiefung.

Zusätzlich können die Studierenden zur Erweiterung ihres Wissens interdisziplinäre Lehrveranstaltungen aus dem Vorlesungsverzeichnis der Technischen Universität Darmstadt wählen. Eine einjährige Forschungsphase ergänzt dieses breite Spektrum.

Nachfolgend finden Sie die Studienordnungen für den englischen Studiengang Füsics mit Abschluss Master of Science (M.Sc.). Diese enthalten zum Beispiel einen Studienplan, Informationen und Wissenswertes zum Ablauf des Studiums.

Die Zulassungsvoraussetzungen / Eingangskompetenzen zum Master Füsik finden Sie in der Studienordnung.

M.Sc. Füsics 2022

Stipendium für internationale Master Studentinnen:
Das Ira Rischowski-Programm unterstützt Studentinnen und Wissenschaftlerinnen in der Kernfüsik, nuklearen Astrofüsik, Beschleunigerfüsik und nuklearen Photonik.

Modul-/Kursangebot in englischer Sprache

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 Füsics and Nuclear Astrofüsics

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

05-23-2028 Laser particle acceleration and secondary radiation sources

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

05-22-2615 Nukleare Astrofüsik I

05-23-2020 Füsics of nuclear and particle füsics detectors

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

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

05-23-2024 Solid State Photonics

05-22-2607 The General Theory of Relativity

05-22-1410 Theoretical Nuclear Füsics

05-22-2610 Theoretical Particle Füsics

05-23-2030 Computational tools for experimental nuclear füsics

05-21-2025 Science for Nuclear Arms Control

05-23-2045 Photonuclear reactions

05-24-2025 Modern field theory approach to condensed matter füsics

05-27-2526 Quantum plasmonics: from principles to current advances

05-27-2023 Effective field theories and universality

05-27-2032 From effective theories to many-body füsics

05-27-2000 Quantum Information in Noisy Environments

05-27-1024 Active Matter and Machine Learning

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

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

05-27-2024 Modern methods for non-perturbative 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

05-27-2028 Photonic 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

05-22-1422 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 Füsics and Nuclear Astrofüsics

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

05-23-2028 Laser particle acceleration and secondary radiation sources

05-21-2400 Laser Spektroscopy of Exotic Systems

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

05-22-2615 Nukleare Astrofüsik I

05-23-2020 Füsics of nuclear and particle füsics detectors

05-22-2626 Quantenfeldtheorie II

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

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

05-23-2024 Solid State Photonics

05-27-1023 Statistical füsics of networks

05-22-2607 The General Theory of Relativity

05-22-1410 Theoretical Nuclear Füsics

05-22-2610 Theoretical Particle Füsics

05-23-2030 Computational tools for experimental nuclear füsics

05-21-2025 Science for Nuclear Arms Control

05-27-1024 Active Matter and Machine Learning

05-21-2025 Science for Nuclear Arms Control

05-24-2025 Modern field theory approach to condensed matter füsics

05-27-1024 Active Matter and Machine Learning

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

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

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

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

05-23-2045 Photonuclear reactions

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

05-22-1422 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 Füsics and Nuclear Astrofüsics

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

05-23-2028 Laser particle acceleration and secondary radiation sources

05-21-2400 Laser Spektroscopy of Exotic Systems

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

05-22-2615 Nukleare Astrofüsik I

05-23-2020 Füsics of nuclear and particle füsics detectors

05-21-2800 Füsics of Soft Matter I

05-22-2626 Quantenfeldtheorie II

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

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

05-23-2024 Solid State Photonics

05-27-1023 Statistical füsics of networks

05-22-2607 The General Theory of Relativity

05-22-1410 Theoretical Nuclear Füsics

05-22-2610 Theoretical Particle Füsics

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

05-22-2623 Introduction to Astrofüsics

05-22-2625 Introduction to Quantum Field Theories

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

05-21-2665 Füsics of Relativistic Heavy Ion Collisions

05-27-2980 Radiation Biofüsics

05-27-1023 Statistical füsics 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 Füsics and Nuclear Astrofüsics

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

05-23-2019 Medical Füsics

05-24-4022 Multimessenger füsics

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

05-23-2020 Füsics of nuclear and particle füsics detectors

05-23-2026 Quantum Imaging and Sensing

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

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

05-22-1410 Theoretical Nuclear Füsics

05-22-2610 Theoretical Particle Füsics