Fall 2017/2018
Computational Photonics
Photonics is an interdisciplinary science which deals with the interaction of light and matter. We approach this field from the viewpoint of scientific computing. Mathematically this means the numerical solution of Maxwell's equations as fundamental equations of electromagnetics.
The lecture has the following parts:
- overview of the essential simulation challenges in nano photonics,
- modeling of scattering problems on unbounded domains,
- overview of different solution strategies,
- finite element method: mesh generation, scalar and vectorial finite elements, hierarchical structures, applications.
All algorithms will be implemented based on given templates. Convergence studies will be performed.
University |
Term |
Titel |
|
| FUB | Winter 16/17 | Computational Photonics | |
| FUB | Winter 15/16 | Computational Photonics | |
| FUB | Winter 13/14 | Computational Photonics | |
| FUB | Winter 12/13 | Computational Photonics | |
| TUB | Winter 11/12 | Computational Nanooptics |
|
| FUB | Summer 10 | RIPS Seminar | |
| FUB | Winter 08/09 | Computational Photonics | |
| FUB | Winter 06/07 | Computational Photonics | |
| FUB | Summer 05 | Computational Photonics | |
| FUB | Summer 04 | Computational Photonics | |
| FUB | Summer 03 | Computational Photonics | |
| FUB | Winter 99/00 | Mathematical Softwaretools for Science and Engineering (Lecture) | |
| FUB | Winter 99/00 | Mathematical Softwaretools for Science and Engineering (Tutorial) | |
| TUB | Winter 99/00 | Numerical Mathematics for Computer Scientists | |
| TUB | Summer 99 | Finite Element Methods for Engineers | |
| FUB | Winter 98/99 | Eigenvalue Problems in Quantum Mechanics and Optics |