Numerical Methods for Kinetic Equations ‘NumKin21’ (Morlet Chair – Shi Jin)

CIRM, Luminy, Marseille

Date(s) : 14/06/2021 - 18/06/2021   iCal
0 h 00 min - 23 h 59 min

CIRM – Jean-Morlet Chair

Shi JIN – Mihai BOSTAN

Kinetic Theory: Analysis, Computation and Applications
Théorie cinétique: analyse, calcul et applications


Numerical Methods for Kinetic Equations ‘NumKin21’ (event 2356)
Méthodes numériques pour les équations cinétiques
Dates: ​14-18 June 2021
Place: CIRM (Marseille Luminy, France)


The Numerical Methods in Plasma Physics division at the Institute for Plasma Physics in Garching, Germany, organizes every year a workshop dedicated to the numerical methods for kinetic equations (

In 2021, this workshop will be organized in Marseille, at CIRM. It will bring together specialists working on kinetic theory, in the framework of the magnetic fusion.

Kinetic equations are very important when studying the dynamics of statistics of large number of particles. Their applications include the transport of charged particles under electro-magnetic fields, neutron transport, astrophysics, etc. One of the main motivations for their applications in plasma is the energy production through magnetic confinement. We will invite experts on these topics, but also young researchers and Ph.D. students. We intend to bring together mathematicians and physicists working on the physics of plasma and their applications. This workshop will also include new directions of scientific computing such as uncertainty quantification and machine learning.

The workshop will focus on the development of numerical methods for collisionless or collisional kinetic equations and the last day of the workshop will be devoted to discussions on the SeLaLib library. One afternoon will be dedicated to collaboration projects concerning the work package on Fusion of the Energy Oriented Center of Excellence (EoCoE2).

The program of lectures will include:

  • Gyrokinetic theory
  • Asymptotic preserving schemes
  • Particle-in-cell and Semi-Lagrangian schemes
  • High Performance Computing
  • Tokamak numerical simulations
Stéphane Brull (Université Bordeaux)
Martin Campos Pinto (Max Planck Institute for Plasma Physics)
Luis Chacon (Los Alamos National Laboratory)
Anaïs Crestetto (Université de Nantes)
Nicolas Crouseilles (Inria Rennes Bretagne Atlantique)
Bruno Despres (Sorbonne Université)
Giacomo Dimarco (University of Ferrara)
Maxime Dubart (University of Helsinki)
Lukas Einkemmer (University of Innsbruck)
Francis Filbet (Université Toulouse III)
Irene Gamba (University of Texas at Austin)
Cory D. Hauck (University of Tennessee)
Sever Hirstoaga (Inria Paris)
Axel Klar (TU Kaiserslautern)
Christian Klingenberg (Würzburg University)
Katharina Korman (Uppsala University)
Fengyan Li (Rensselaer Polytechnic Institute)
Laurent Navoret (Université de Strasbourg)
Lorenzo Pareschi (University of Ferrara)
Stefan Possanner (Max-Planck-Institute for Plasma Physics)
Jingmei Qiu (University of Delaware)
Giovanni Russo (University of Catania)
Chi-Wang Shu (Brown University)
Min Tang (Shanghai Jiaotong University)
Cesare Tronci (University of Surrey & Tulane University)
Yan-Li Wang (Beijing Computational Science Research Center)

CIRM, Luminy


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