NumKin 2020

Program

Monday, October 19th

09:00	Filbet, Francis
	Conservative discontinuous Galerkin/Hermite spectral method for the Vlasov-Poisson system
09:35	Discussion
09:45	Després, Bruno
	Moment models for magnetized Vlasov equations
10:20	Discussion
10:30	Coffee break
11:00	Mehrenberger, Michel
	High accurate monotonicity-preserving semi-Lagrangian scheme for Vlasov-Poisson simulations
11:35	Discussion
11:45	Bostan, Mihai
	Transport of charged particles under strong magnetic fields and collisions
12:20	Discussion
12:30	Lunch break


14:00	Einkemmer, Lukas
	Understanding the efficiency of dynamical low-rank techniques for kinetic equations
14:35	Discussion
14:45	Kormann, Katharina
	Subcycling of particle orbits in variational electromagnetic particle-in-cell methods
15:20	Discussion
15:30	Coffee break
16:00	Pagès, Valentin
	A conservative semi-implicit FEM-PIC approximation of Vlasov-Maxwell motivated by Klystron simulation
16:35	Discussion
16:45	Bois, Léo
	New closure for Vlasov-Poisson equation using Machine Learning
17:20	Discussion

Tuesday, October 20th

09:00	Hirvijoki, Eero
	Coulomb collisions in kinetic models: from infinite-dimensional metriplectic dynamics to finite dimensions and structure-preserving numerics
09:35	Discussion
09:45	Told, Daniel
	Hybrid kinetic/gyrokinetic simulations for weakly magnetized plasmas
10:20	Discussion
10:30	Coffee break
11:00	Tyranowski, Tomasz
	Stochastic variational integrators for collisional Vlasov equations
11:35	Discussion
11:45	Eder, Michael
	GORILLA: Quasi-geometric integration of guiding-center orbits in piecewise linear toroidal fields
12:40	Discussion

12:30	Lunch break


14:00	Massot, Josselin
	Hybrid model of Vlasov-Poisson equations and comparison of Hamiltonian method with Lawson method
14:35	Discussion
14:45	Possanner, Stefan
	Quasi-neutral field formulation of drift-kinetic Vlasov-Maxwell equations
15:20	Discussion
15:30	Coffee break
16:00	Bourne, Emily
	A semi-Lagrangian scheme with non-equidistant splines to investigate sheath physics
16:35	Discussion
16:45	Hélie, Romane
	Kinetic over-relaxation method for the diocotron instability in 3D

Wednesday, October 21st

09:00	Garnelo Abellanas, Irene
	Implementation of a structure preserving particle code based on the AMReX library
09:35	Discussion
09:45	Hadjout, Said
	PSYDAC: a parallel finite element solver with automatic code generation
10:20	Discussion
10:30	Coffee break
11:00	Güçlü, Yaman
	A brief tutorial on Pyccel, a Python static compiler for scientific high-performance computing
11:35	Discussion
11:45	Michels, Dominik
	Introducing GENE-X: A full-f gyrokinetic code for the Edge and Scrape-Off Layer
12:20	Discussion

12:30	Lunch break


14:00	Discussions on MAGYK

Thursday, October 22nd

09:00	Lu, Zhixin
	The development of an implicit full f method for electromagnetic particle simulations of Alfvén waves and energetic particle physics
09:35	Discussion
09:45	Murugappan, Moahan
	Transition from delta-f to full-f PIC via an adaptive background using GK- engine (update on MAGYK task WP2T1.D1)
10:20	Discussion
10:30	Coffee break
11:00	Bottino, Alberto / Bösl, Mathias
	Extending PICLS, a gyrokinetic full-f particle-in-cell open-field-line code, to 3D
11:35	Discussion
11:45	Campos-Pinto, Martin
	A δ-f Particle Method Using Forward-Backward Lagrangian Bulk Densities
12:20	Discussion

12:30	Lunch break


14:00	Mishchenko, Alexey
	Gyrokinetic simulations of burning plasmas
14:35	Discussion
14:45	Blickhan, Tobias
	Projection-Based, Structure-Preserving, Data-Driven Model Reduction for Particle Methods
15:20	Discussion
15:30	Coffee break
16:00	End of Workshop