photo de profil d'un membre

Romain Teyssier

Résumé

My research is focused on computational astrophysics and its application to cosmology, galaxy formation and star formation. I am running large simulations featuring gravity, fluid dynamics, MHD and radiative transfer, taking advantage of High Performance Computing facilities around the world. I am the main author of RAMSES code, a massively parallel Adaptive Mesh Refinement code. Fields of expertise: 1- Adaptive Mesh Refinement for Hyperbolic Conservation Laws 2- Implicit solvers and radiation hydrodynamics 3- Self-gravitating magnetized flows in astrophysics 4- High Performance Computing (MPI, OpenMP, GPGPU)

Expériences professionnelles

Professor in astrophysical sciences

PRINCETON UNIVERSITY

Depuis le 02 septembre 2021

Program in Applied and Computational Mathematics

Professor of astrophysical sciences

PRINCETON UNIVERSITY , Princeton - CDI

De Septembre 2021 à Aujourd'hui

Enseignement et recherche en physique fondamentale.

Professor in computational astrophysics

University of Zurich

De Juillet 2020 à Octobre 2021

As a Full Professor at the Institute for Computational Sciences, I am teaching astrophysics, continuum mechanics and computational science. I am supervising PhD students in astrophysics and computational science. I am also the director of the Institute for Computational Science and the Swiss delegate to the Euclid Consortium board.

Astrophysicien

Université de Zürich , Zürich

De Juillet 2013 à Août 2021

Associate professor in computational astrophysics

University of Zurich

De Juin 2013 à Juin 2020

As a visiting professor at the Institute of Theoretical Physics, I am teaching astronomy and continuum mechanics. I am also supervising PhD students in astrophysics. I am part of the HP2C project coordinated by the Swiss Supercomputing Center.

Ingénieur

CEA , Gif-sur-yvette - CDI

De Septembre 1998 à Juin 2013

Research scientist

CEA

De Janvier 1998 à Décembre 2013

I am the head of the Computational Astrophysics group in Saclay (the COAST project). Our goal is to develop HPC tools to study astrophysical magnetized flows.

Postdoctoral researcher

Lawrence Livermore National Laboratory

De Janvier 1997 à Décembre 1998

I was running simulations for laser experiments dedicated to astrophysical stuff.

Formations complémentaires

Corps

Armement

0000 à

Ingénieur

École Nationale Supérieure de Techniques Avancées

0000 à

Parcours officiels

Polytechnique – Ingénieur – 1989

Langues

Anglais - Bilingue

Allemand - Courant

Compétences

Teaching Physics
Parallel Computing
MPI Library
OpenMP
GPGPU
Physics
Astrophysics
MPI
Physics Education
Fortran
Mathematical Modeling
Numerical Analysis
Astronomy
Simulations
Science
LaTeX
Scientific Computing
High Performance Computing