Physics

A research-oriented master's program at TU Dortmund that combines two formal specialisation tracks — Solid State Physics and Elementary Particle Physics — with an exceptionally broad elective portfolio spanning quantum technologies, accelerator physics, astroparticle physics, AI in physics, and cold atom science. The program culminates in an independent research internship and thesis embedded directly in active faculty research groups.

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The Master's in Physics at TU Dortmund University is a research-intensive, English-taught program designed to develop independent scientific thinking and experimental or theoretical expertise at the frontier of modern physics. The curriculum is structured around a compulsory core of advanced laboratory work and seminars in the first two semesters, where students deepen both practical skills and theoretical foundations. Students choose one of two formal specialisation tracks — **Solid State Physics** or **Elementary Particle Physics** — which anchors their study from the first semester through to their thesis. Alongside this specialisation, a large elective space allows students to pursue topics as varied as quantum optics, terahertz condensed matter dynamics, neutrino astronomy, cosmic ray physics, superconducting accelerator technology, or the role of deep learning and AI in fundamental physics research. The third semester is fully dedicated to hands-on scientific work: a **research internship** (15 CP) embedded in one of the department's active working groups, combined with a methods and project planning module (15 CP) that builds the skills needed to design and execute independent research. This phase bridges coursework and thesis and is a distinctive feature of the program's structure. The final semester is devoted entirely to the **master's thesis** (30 CP), carried out under supervision within a faculty research group. The thesis represents an original scientific contribution and is the program's principal assessment. TU Dortmund's Department of Physics hosts internationally active research groups in condensed matter, atomic and molecular physics, and particle/astroparticle physics — including work at major accelerator facilities. Students benefit from direct immersion in this research environment throughout the program.