| Module |
Intervenant |
Forme |
|
Introduction to relativistic hydrodynamics
|
E. Gourgoulhon
Obs. Paris-Meudon |
Cours, 1h30 |
|
Dynamics of superfluids and application to neutron stars
|
B. Carter Obs. Paris-Meudon |
Cours, 1h30 |
|
Photofluiddynamics
|
E. Spiegel Columbia University |
Cours, 1h30 |
|
Spectral methods for the resolution of partial differential equations
|
P. Grandclément Obs. de Paris-Meudon |
Cours, 1h30 |
|
Rotational mixing and stellar evolution
|
A. Maeder Obs. de Genève |
Cours, 1h30 |
| Large scale
stellar convection |
J. Toomre
University of Colorado |
Cours, 1h30 |
|
Dynamics of
binary systems |
M. Rieutord
Obs. Midi-Pyrénées |
Cours, 1h30
|
|
Turbulence in discs |
B. Dubrulle
CNRS/CEA Gif-sur-Yvette |
Cours, 1h30
|
|
Accretion discs:
models vs reality
|
J.-P. Lasota
IAP |
Cours, 1h30
|
|
Coalescence of binary compact stars
|
E. Gourgoulhon
LUTH - Observatoire de Paris-Meudon |
Séminaire, 1h |
|
Pulsar scintillation
|
L. Celnikier
LESIA - Observatoire de Paris-Meudon |
Séminaire, 1h |
|
The electrosphere of pulsars
|
J. Petri
Max-Planck Institute |
Séminaire, 1h |
|
Experimental approach of turbulent transport
|
O. Dauchot
CEA Saclay L'Orme des Merisiers |
Séminaire, 1h |
|
Wave transport in stellar radiative zones
|
S. Talon
Université de Montréal |
Séminaire, 1h |
| Penetrative
convection |
J. Toomre
University of Colorado |
Séminaire, 1h |
|
MHD convection
|
E. Knobloch
University of California - Berkeley |
Séminaire, 1h |
|
Instabilities of compact rotating stars
|
L. Villain
CAMK - Varsovie |
Séminaire, 30mn |
|
Turbulence and instabilities in accretion disks: why the answer always
seems to be 42
|
D. Richard
NASA Ames |
Séminaire, 30mn
|
|
Numerical Applications of Spectral Methods to the Study of Stellar
MagnetoHydrodynamics
|
S. Brun
CEA Saclay |
Séminaire, 30mn
|