* Ces horaires sont donnés à titre indicatif.
· Acquire basic mathematics tools to understand the equations necessary to formalize physical observations
· Use appropriate units and control the homogeneity of a physical equation
· Link macroscopic to microscopic properties of matter
· Describe the different light/matter interactions, in particular with X-Rays.
Be able to understand the different notations used to describe a crystal structure
- Significant numbers, units and introduction to statistics
- Integrals and Fourier Transform
- Differential equations and partial derivatives
- Vectors and complex numbers
- Wave-particle duality
- Energy levels in matter
- Electromagnetic waves
- Light-matter interactions
- Geometric crystallography: how to define a crystal structure?
- Radiocrystallography
- X-Ray Diffraction
- Visible - IR spectroscopy