Compulsory Modules

1.1. Mathematics

1.1.1. Analysis for Physicists

• 260096 VO Analysis for Physicists II
• 260110 UE Problem session to Analysis for Physicists II

1.1.2. Linear Algebra for Physicists

1.1.3. Introduction to Computational Methods in Physics

1.1.4. Mathematical Methods of Physics

• 260007 VO Mathematical Methods of Physics I
• 260017 UE Mathematical Methods of Physics I - Exercises

1.2. Introduction to Physics

• 260016 VO Introduction to Physics II
• 260071 PR Experimental methods for Introduction to Physics I
• 260127 UE Exercise course in Introductory Physics II
• 260278 VO Introduction to Physics IV
• 260277 UE [ en de ] Exercise course in Introductory Physics IV

1.3. Theoretical Physics

• 260244 UE Theoretical Physics II: Quantum Mechanics I - Exercises
• 260267 VO Theoretical Physics II: Quantum Mechanics I

1.4. Physics Laboratory

• 260259 PR Physics Laboratory II

1.5. Computer-based Methods

1.5.1. Informatics for Physicists

• 260044 VO Introduction to numerical programming in Fortran 90
• 260204 UE Introduction to numerical programming in Fortran 90 - practical sessions

1.5.2. Scientific Computing

• 260003 UE Exercises for Scientific Computing
• 260018 VO Scientific Computing

1.6. Soft Skills

• 260095 UE P 15 Support for T2 with emphasis on computer algebra and wiki (MaP 1)
• 260125 SE P 15 Supplementary Seminar STEP II (MaP 1)
• 260279 SE Scientific publishing and presentation
• 260283 VO Common features of methods in complementary medicine - from scientific and intercultural points of view