The master's programme Mathematical Physics is a research oriented interdisciplinary programme geared towards fundamental research at the interface of mathematics and physics.

The development of modern Mathematics and of modern Physics are strongly interwoven. On the one hand, our modern picture of the physical world is formulated in terms of advanced mathematical theories and models. On the other hand, many developments in modern Mathematics were motivated from or even anticipated within Physics.

In the Tübingen master's programme in Mathematical Physics, students will learn advanced mathematical concepts and fundamental physical theories in a specific interdisciplinary study programme.

In contrast to several other programmes in Mathematical Physics, the Tübingen programme has its focus on established physical theories with important applications in science and technology. The main areas are Quantum Theory, General Relativity, and Statistical Physics, reflecting the main research areas present in Tübingen's Mathematics and Physics Departments. So if you are interested in understanding our most successful physical theories on the most fundamental level, this master programme is tailor made for you.

Apart from the mandatory core modules Geometry in Physics, Mathematical Quantum Theory, Mathematical Relativity, and Mathematical Statistical Physics, students can choose from a wide variety of advanced courses in Mathematics, Theoretical Physics, and Mathematical Physics. Thereby they can specialize according to their personal preferences in certain areas of Mathematics and/or Physics. During the second year, we offer a Mathematical Physics Colloquium where students learn about recent developments in Mathematical Physics and also present the results of their own master thesis research.