PsD-DRT-10-5537
| Research Field | Mathematics - Numerical analysis - Simulation
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| Domaine-S | Radiation-matter interactions
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| Theme | Engineering sciences
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| Theme-S | Condensed matter physics, chemistry & nanosciences
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| Domaine | Mathematics - Numerical analysis - Simulation
Engineering sciences
Radiation-matter interactions
Condensed matter physics, chemistry & nanosciences
DRT
DOPT
SIONA
LINA
Grenoble
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| Title | |
| Abstract | Third generation Photovoltaic Solar Cells are based on the extensive use of nanostructurations to scatter light and confine the electromagnetic fields. Modelling and optimization of such a PV cells is currently a challenge since the phenomena involved in light trapping and confinement lie on several decades (from nanometers scale to several microns scale). Then, to develop and adapt simulation programs using low cost massively parallel processors are mandatory for PV cells conception.
The task consists in developing computation techniques using GPU processors in order to optimize Third Generation Solar Cells.
The post-doc will work within computer science specialists as well as optoelectronics modelling engineers, building a bridge between advanced and applied research of scientific computing.
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| Location | Département d’Optronique (LETI)
Service Ingénierie Optique et Nouvelles Applications
Laboratoire Ingénierie et Nouvelles Applications
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| Pcontact | DEUTSCH
Thierry
CEA
DRF/IRIG//MEM
CEA Grenoble
17, av. des Martyrs
38054 Grenoble Cedex 9
04 38 78 34 06
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| Start date | 1/9/2010 |
| Contact person | thierry.deutsch@cea.fr
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