Bonn-Cologne Graduate School of Physics and Astronomy: MSc in Physics (Cologne)

The Bonn-Cologne Graduate School of Physics and Astronomy is a joint programme of graduate studies between the Universities of Bonn and Cologne that was funded through the Excellence Initiative from 2007 to 2019. The MSc programme in Cologne comprises a mandatory part made up of required courses (advanced quantum mechanics or statistical physics and an advanced lab course) as well as an optional part with a broad range of choices. This includes a Master's thesis at the frontier of current research. The two-year Master's programme builds upon the Bachelor's programme. Students acquire advanced skills to solve more complex problems. In this programme, students select their main and minor subjects according to their interests from a considerable number of research areas covered by the Cologne physics institutes. Initially, courses in two main areas of specialisation will be taken. These subjects are oriented in accordance with the main research activities of the participating physics institutes. One of the subjects will develop into the primary, the other into the secondary area of specialisation. As a rule, the primary area of specialisation is also the basis for the MSc thesis. The primary areas of specialisation are: Astrophysics Condensed Matter Physics Foundations of Quantum Technology: Matter, Light, and Information Molecular Physics Nuclear and Particle Physics Quantum Field Theory / General Theory of Relativity Solid State Theory / Computational Physics Statistical and Biological Physics All graduate studies (MSc and PhD) in the department of physics at the University of Cologne are coordinated by the Bonn-Cologne Graduate School of Physics and Astronomy. The following list gives an overview of the curriculum for the MSc in Physics. Hours per week and credit points are given in brackets (HPW Lecture / HPW Problem Classes or Seminars / HPW Practical Courses / CPs). Semester One Practical Training I (0/0/3/6) Secondary Area of Specialisation (depending on choice of subject) Advanced Quantum Mechanics or Advanced Statistical Physics (4/2/0/9) Elective Area (depending on choice of subject) Primary Area of Specialisation (depending on choice of subject) Semester Two Practical Training II – Lab Course (0/0/3/6) Secondary Area of Specialisation (depending on choice of subject) Elective Area (depending on choice of subject) Primary Area of Specialisation (depending on choice of subject) Semester Three Practical Training II – Advanced Seminar (0/2/0/3) Introductory Project I (9/0/0/12) Introductory Project II (9/0/0/12) Semester Four Research Module Master's Thesis (six months/30) Total number of credits points in: Primary Area of Specialisation: 18 CP Secondary Area of Specialisation: 12 CP Elective Area: 12 CP PDF Download