| Name |
Affiliation |
Remote participation |
Is presenting? |
| Aaro Järvinen |
VTT |
No |
Batch Bayesian Optimization for Validating DREAM+SOFT Simulations with Synchrotron Images at JET
|
| Alex Tinguely |
MIT PSFC |
Yes |
No
|
| Alexander Battey |
EPFL - Swiss Plasma Center |
No |
Progress on Noncollisional Runaway Electron Techniques on DIII-D
|
| Alexandre Fil |
CEA |
Yes |
No
|
| Allen Boozer |
Columbia University |
Yes |
The spreading of lost runaway electrons on the chamber walls
|
| Andrea Casolari |
IPP Prague |
Yes |
No
|
| Andrés Orduña |
Aix-Marseille Université, Czech Technical University in Prague, Institute of Plasma Physics of the Czech Academy of Sciences |
Yes |
Visible camera tomographic inversion for RE studies under Ar and D gas injection on the COMPASS tokamak
|
| Ansh Patel |
Max Planck Institute for Plasma Physics |
Yes |
Reconstruction algorithm for the runaway electron energy distribution function of the ITER hard x-ray monitor
|
| Chang Liu |
Peking University |
Yes |
Kinetic-MHD simulation of compressional Alfvén eigenmodes excited by runaway electrons
|
| Chizhou Wang |
EPFL |
No |
Simulation of runaway electron generation during disruptions with vertical displacement in ITER using JOREK
|
| Chris McDevitt |
University of Florida |
Yes |
Applications of physics-informed deep learning methods to disruption modeling
|
| Cristian Sommariva |
École Polytechnique Fédérale de Lausanne, Swiss Plasma Center |
Yes |
The 3D synthetic fast camera of the JOREK code and first applications to the imaging of runaway electron beams
|
| Di Hu |
Beihang University |
Yes |
Evolution of hot-tail electron distribution and their impact to disruption mitigation after D2 Shattered Pellet Injection in ITER plasmas
|
| Enrico Emanuelli |
Politecnico di Torino |
No |
No
|
| Eric Nardon |
CEA |
No |
JOREK simulations of RE generation in the Ar-MGI-triggered disruption in JET pulse 95135
|
| Eva Tomesova |
IPP Prague |
Yes |
No
|
| Ferenc Lengyel |
HUN-REN Centre for Energy Research, Institiute for Atomic Energy Research, Budapest, Hungary |
No |
Kinetic modelling of runaway electrons in EU-DEMO disruptions
|
| Fiona Wouters |
Max-Planck-Institute for Plasma Physics, Garching |
No |
No
|
| Francesco Vannini |
Max Planck Institute for plasma physics |
No |
Towards simulations of 3D RE beam termination in DEMO
|
| Francisco Javier Artola |
ITER Organization |
No |
Status of the ITER Disruption Mitigation System and research needs regarding runaway electron physics
|
| Gabriella Pautasso |
IPP Garching |
No |
No
|
| Gergely Papp |
Max Planck Institute for Plasma Physics |
No |
Introduction and brief overview of IPP activities
|
| Gergo Pokol |
BME NTI |
No |
No
|
| Hannes Bergström |
Max Planck Institute for Plasma Physics |
No |
Kinetic runaway electron simulations with JOREK
|
| Hari Choudhury |
Columbia University |
Yes |
No
|
| Ida Ekmark |
Chalmers University of Technology |
No |
Multi-objective Bayesian optimization of tokamak disruptions using fluid and kinetic models
|
| István Pusztai |
Chalmers |
Yes |
No
|
| Jakub Čaloud |
Institute of Plasma Physics, Czech Academy of Sciences |
Yes |
No
|
| Jari Varje |
Tokamak Energy Ltd |
Yes |
No
|
| Jaroslav Čeřovský |
IPP Prague |
Yes |
No
|
| Jedrzej Walkowiak |
Institute of Nuclear Physics Polish Academy of Sciences, PL-31342 Krakow, Poland |
No |
Numerical investigation of runaway electrons generation in tungsten-rich tokamak plasmas
|
| Joan Decker |
EPFL |
No |
Overview of recent runaway electron experiments at TCV
|
| John Boguski |
MIT |
No |
Engineering Aspects of the SPARC tokamak runaway electron mitigation coil design
|
| Lili Édes |
BME NTI |
No |
Study of the current spike in ASDEX Upgrade disruptions using simulations with Bayesian optimization
|
| Lise Hanebring |
Chalmers |
Yes |
No
|
| Lorenzo Votta |
EPFL |
Yes |
Study of Suprathermal Electron Dynamics by Modelling the Electron Cyclotron Emission
|
| Lovepreet Singh |
Politecnico di Torino |
No |
No
|
| Luke Simons |
EPFL |
Yes |
No
|
| Matej Tomes |
Institute of Plasma Physics of the Czech Academy of Sciences |
Yes |
Synchrotron Radiation Model for Cherab
|
| Mathias Hoppe |
KTH Royal Institute of Technology |
No |
Runaway electron dynamics in the Tokamak à Configuration Variable
|
| Matthew Beidler |
Oak Ridge National Laboratory |
Yes |
No
|
| Matthias Hoelzl |
Max Planck Institute for Plasma Physics, Garching, Germany |
No |
(Very) preliminary results for the simulation of RE experiments in ASDEX Upgrade
|
| Michael Lehnen |
ITER |
Yes |
No
|
| Nina Schwarz |
ITER |
No |
The mechanism of vertical force reduction in mitigated disruptions
|
| Ondrej Ficker |
Institute of Plasma Physics of the CAS, Prague |
Yes |
RE equilibrium as an energy diagnostics method
|
| Oskar Vallhagen |
Chalmers |
No |
Drift of ablated material after pellet injection in a tokamak
|
| Paul Heinrich |
Max Planck Institute for Plasma Physics, Garching, Germany |
No |
Radiation characteristics of the SPI experiments at ASDEX Upgrade
|
| Peter Halldestam |
Max Planck Instiut für Plasmaphysik |
No |
Modeling of SPI-mitigated disruptions in ASDEX Upgrade
|
| Santosh Pandya |
Institute for Plasma Research, Gandhinagar, India |
No |
No
|
| Soma Olasz |
Budapest University of Technology and Economics, NTI |
No |
Feasibility of the JT-60SA EDICAM system for runaway electron detection
|
| Tijs Wijkamp |
Dutch Institute for Fundamental Energy Research |
No |
Runaway pitch angle scattering through resonant interaction with the toroidal magnetic field ripple in TCV
|
| Tünde Fülöp |
Chalmers |
No |
Overview of Chalmers activities
|
| Valerie Izzo |
Fiat Lux |
Yes |
No
|
| Vinodh Bandaru |
Indian Institute of Technology Guwahati, Assam |
Yes |
MHD simulations of RE beam termination and re-avalanche in ITER
|
| Weikang Tang |
Max Planck Institute for Plasma Physics |
No |
Nonlinear shattered pellet injection simulations on AUG using JOREK
|
| Yeongsun lee |
Seoul national university/Seoul |
Yes |
Kinetic modelling of runaway electron generation at the weakly ionized system
|
| Yiru Xiao |
Massachusetts Institute of Technology |
No |
Validating SPARC's Runaway Electron Mitigation Coil (REMC) Design with DREAM Simulation
|
| Yuri Asnis |
Swiss Plasma Center |
Yes |
No
|