CEA IRESNE (CEA-Cadarache)
FrancePublication : 16 oct. 2026
LMCP (DEC/SESC) - DEC/SESC/LMCP - Quantized Tensor Train Methods for Radiative Transfer
- Stage
- 4-6 mois
- Présentiel
- Rémunéré
- Échéance : 30 oct. 2026
- Scientific computing / Simulation
- radiative transfer
- partial differential equations
- Tensor methods
- numerical methods
- Quantum Computing
- Julia
- ITensors
Description du poste
- Context: Use QTT methods to tackle the high-dimensional radiative transfer PDE (6D: 3 space + time + 2 angular variables), overcoming curse-of-dimensionality issues.
- Objectives: Develop specific QTT schemes for radiative transfer and perform numerical experiments; benchmark and analyze results.
- Location: Mainly CEA Cadarache (IRESNE/LMCP) with some periods at LMA, Marseille.
- Skills/Background: M2 in scientific computing/applied mathematics/quantum physics/quantum computing; programming required.
- Tools: Julia, ITensors.
- Extras: PhD possibility. Keywords: tensor methods, PDEs, quantum computing, radiative transfer.