Physics

A research-intensive master's program at Universität Hamburg offering five advanced specialisation areas — from Laser Physics and Photon Science to Biomedical Physics — embedded in a scientific environment that includes DESY and the Center for Free Electron Laser Science (CFEL).

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The Master of Science in Physics at Universität Hamburg is a research-oriented program designed to deepen scientific expertise across multiple frontier areas of modern physics. Taught entirely in English, the program is structured around a combination of advanced coursework, project-based research preparation, and an independent master's thesis, giving students a genuine immersion in scientific practice from the very beginning. The curriculum is built around two interdependent pillars. The first is a structured research pathway: students begin with an introductory project that develops the ability to navigate current scientific literature independently, then move into a preparatory project in which they acquire experimental and/or theoretical methods directly relevant to their planned thesis topic. This sequence leads naturally into the six-month master's thesis, where students carry out original research under supervision and defend their findings in a colloquium presentation. The second pillar is the advanced specialisation phase, in which students take 48 credit points of discipline-specific coursework aligned with one of five research areas: Astronomy and Astrophysics, Accelerator and Particle Physics, Biomedical Physics, Solid State and Nanostructure Physics, or Laser Physics and Photonics. Each area offers a rich selection of lectures, seminars, and practical modules — ranging from quantum field theory and cosmology to ultrafast optics, nanobiotechnology, and biomedical imaging. In addition to the specialisation modules, the program includes 12 credit points of freely chosen complementary coursework drawn from across the University of Hamburg's full academic offering, supporting interdisciplinary exploration and the development of key analytical and methodological skills relevant beyond physics alone. The program is housed within the Faculty of Mathematics, Informatics and Natural Sciences and benefits from close institutional ties to major research centres, including the German Electron Synchrotron (DESY), the Center for Free Electron Laser Science (CFEL), and the Center for Optical Quantum Technologies (ZOQ). These connections translate directly into thesis topics, experimental infrastructure, and research supervision opportunities at the forefront of contemporary physics.