10:00
11:00
12:00
13:00
14:00
15:00
16:00
›10:25 (40min)
Yann Brenier
Reconstruction of Barenblatt profiles, scalar shock waves and Kelvin-Helmholtz instabilities by space-time convex optimisation
Reconstruction of Barenblatt profiles, scalar shock waves and Kelvin-Helmholtz instabilities by space-time convex optimisation
› Amphi sc.046 (Peugeot)
10:25 - 11:05 (40min)
Yann Brenier
Amphi sc.046 (Peugeot)
Reconstruction of Barenblatt profiles, scalar shock waves and Kelvin-Helmholtz instabilities by space-time convex optimisation
https://bardos-85.sciencesconf.org/data/program/Brenier.pdf›11:10 (40min)
Olivier Lafitte
The conductivity operator for a plasma is a pseudodifferential operator: linearized Vlasov-Maxwell and limiting absorption principle
The conductivity operator for a plasma is a pseudodifferential operator: linearized Vlasov-Maxwell and limiting absorption principle
› Amphi sc.046 (Peugeot)
11:10 - 11:50 (40min)
Olivier Lafitte
Amphi sc.046 (Peugeot)
The conductivity operator for a plasma is a pseudodifferential operator: linearized Vlasov-Maxwell and limiting absorption principle
›13:30 (1h25)
Thierry Paul et Emmanuel Trélat
Large number multi-agent systems: mean field multiple/infinite-wise interactions and Hewitt-Savage theorem, and universal particle approximation of PDEs
Large number multi-agent systems: mean field multiple/infinite-wise interactions and Hewitt-Savage theorem, and universal particle approximation of PDEs
› Amphi sc.046 (Peugeot)
13:30 - 14:55 (1h25)
Thierry Paul et Emmanuel Trélat
Amphi sc.046 (Peugeot)
Large number multi-agent systems: mean field multiple/infinite-wise interactions and Hewitt-Savage theorem, and universal particle approximation of PDEs
14:55 - 15:25 (30min)
Pause café
Espace Capable Sud (h.075)
›15:25 (40min)
› Amphi sc.046 (Peugeot)
15:25 - 16:05 (40min)
Bruno Després
Amphi sc.046 (Peugeot)
A linear Landau damping effect in Vlasov-Euler system
›16:10 (40min)
› Amphi sc.046 (Peugeot)
16:10 - 16:50 (40min)
Cédric Villani
Amphi sc.046 (Peugeot)
Boltzmann collisions decrease Fisher information
