The student will
- be able to formulate a physics or mathematics problem in a way suitable for computer analysis
- be able to create computer programs in a systematic way
- be able to use algorithms as basis for the creation of computer programs
- obtain fundamental knowledge in the use of python
- learn how to fit a model to data
- be able to use the graphical tools provided by python
- learn to collaborate
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The lectures will provide an introduction on how to use Python to analyze and solve practical problems in physics and mathematics. Typical example problems will come from astrophysics, condensed matter physics, high energy physics, and statistics. Practical hands-on sessions will be used to gain programming experience. Structured and efficient programming will be emphasized.
Instructional Modes
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Programming 1
Knowledge about the use of computers at the Faculty of Science:
Inleiding Computergebruik
Fundamental knowledge about ordinary differential equations |
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