- To design Inertial Confinement Fusion (ICF) targets for energy production.
- To contribute to the development specifications for a new laser facility for ICF experiments
- Calibra,on and improvement of existing simulation tools at CELIA.
- Development of a semi-analytical approach for ignition and gain using these simula,on
- Exploration of Artificial Intelligence applications to enhance the robustness of ICF targets.
Post-doctorat - Bac+5 - Conception de cibles ICF pour la production d'énergie - Projet TARANIS - H/F - Nouvelle-Aquitaine, France - CEA
Description
Description de l'offre2022:
A significant achievement was the first controlled fusion reac7on with an energy gain
at the Na,onal Igni,on Facility (NIF) using Indirect Drive.
Dynamics:
There is significant na7onal and European commitment to fusion research.
TARANIS Project:
Launched in 2024 by Thales and supported by the BPI France project call.
The project is in collabora7on with scien7fic partners such as CEA/DAM, CELIA, LULI, and
CPHT.Conformément aux engagements pris par le CEA en faveur de l'intégration des personnes en situation de handicap, cet emploi est ouvert à tous et toutes.
Participant à la protection nationale, une enquête administrative est réalisée pour tous les salariés du CEA afin d'assurer l'intégrité et la sécurité de la nation.
Profil du candidat
Objectives
Tasks
Simulations:
Use of CELIA's multidimensional radiative hydrodynamic simulation codes.
AI:
Implementation of optimization tools, including Artificial Neural Networks and
Autoencoders.
Hydrodynamics code
Bac+5