The ASTRE team combines observation, theory, modeling and simulation to study compact objects (neutron stars, black holes) and gravitational theories (general and alternative relativity).
Tore d’accrétion autour d’un trou de ver
F. Lamy et al. 2018 Class. Quantum Grav. 35 115009
It models extreme phenomena (jets, gamma-ray bursts, gravitational waves) and exploits data from state-of-the-art instruments (SVOM, HESS, LIGO-Virgo), while contributing to the preparation of future instruments (CTA, LISA). This link between theory, data and simulation provides an in-depth understanding of extreme processes in the Universe.
Members of the team
Team leaders : L. Bernard et G. Voisin
Researchers (13) :
- Valentina Abril-Melgarejo
- Laura Bernard
- Tomas Bylund
- Pierre Cristofari
- Eric Gourgoulhon
- Philippe Grandclement
- Alexandre Le Tiec
- Zakaria Meliani
- Fabrice Mottez
- Christophe Sauty
- Susanna Vergani
- Guillaume Voisin
- Andreas Zech
Engeneers (5) :
- Onur Ates
- Yannis Canton
- Marco Mancini
- Fabrice Roy
- Mathieu Servillat
Doctoral students (6) :
- Sofia Bisero
- Hugo Candan
- Tom Colin
- Theo Francez
- Marine Garnichey
- Baptiste Le Nagat Neher
Postdocs (1) :
- Arwa Elhashash
Emeritus (4) :
- Georges Alecian
- Catherine Boisson
- Helene Sol
- Grazyna Stasinska
