| Name |
Affiliation |
Remote participation |
Is presenting? |
| Aaro Järvinen |
VTT |
No |
Scalable simulation-based inference framework for large-scale model validation in fusion
|
| Abigail Feyrer |
MIT PSFC |
No |
Modeling Runaway Electron Impacts in SPARC and Alcator C-Mod Using HEAT
|
| Akinobu Matsuyama |
Kyoto University |
Yes |
No
|
| Alex Tinguely |
MIT PSFC |
Yes |
An update on runaway electron modeling and mitigation in SPARC
|
| Alexander Battey |
EPFL - Swiss Plasma Center |
No |
Design of the TCV Runaway Electron Mitigation Coil
|
| Alysée Khan |
EPFL |
No |
Characterizing the Bremsstrahlung Spatial Distribution on Tokamaks as an Approach to Studying Runaway Electron Dynamics
|
| Andres Orduna Martinez |
IPP Garching |
No |
Recent advances on RE analysis using synchrotron imaging and fluid modeling
|
| Andrew Moreau |
Max-Planck Institute of Plasma Physics |
No |
No
|
| Ansh Patel |
Max Planck Institute for Plasma Physics |
No |
Simulating shattered pellet injections with the INDEX code
|
| Anson Braun |
Columbia University |
Yes |
Validation of Runaway Electron Mitigation Coil Electromagnetic Modeling in the HBT-EP Tokamak
|
| Basil Duval |
SPC/EPFL |
No |
No
|
| Basilio Esposito |
ENEA |
Yes |
No
|
| Benedikt Zimmermann |
Columbia University |
Yes |
No
|
| Björn Zaar |
Chalmers University of Technology |
No |
Criterion for significant runaway electron generation in activated devices
|
| Carlos Paz-Soldan |
Columbia University |
Yes |
No
|
| Cesar Clauser |
Massachusetts Institute of Technology |
Yes |
No
|
| Chang Liu |
Peking University |
No |
Analysis and Simulation of Effective Runaway Electron Mitigation Using a Passive Coil in J-TEXT Disruptions
|
| Chenchao Dong |
Tsinghua University |
Yes |
Observation of Island-Like Structures in Synchrotron Imaging emitted by Runaway Electrons on EAST
|
| Chiara Monti |
ENEA |
Yes |
No
|
| Chizhou Wang |
EPFL |
No |
3D MHD simulations of runaway electron avalanche and transport in ITER mitigated disruptions
|
| Cédric Reux |
CEA IRFM |
No |
No
|
| Daniele Bonfiglio |
Consorzio RFX, Padova, Italy |
Yes |
No
|
| Di Hu |
Beihang University |
Yes |
Simulation of stochastic seed runaway electron transport and deposition after ITER dual-SPI by PTC & JOREK
|
| Elena Tonello |
SPC - EPFL |
No |
Modelling companion plasma recombination in runaway benign terminations with SOLPS-ITER
|
| Enrico Emanuelli |
Politecnico di Torino |
Yes |
No
|
| Eric Nardon |
CEA |
No |
Runaway impact discussion
TSVV-09 discussion
|
| Eva Tomesova |
Institute of Plasma Physics of Czech Academy of Sciences |
Yes |
No
|
| Ewout Devlaminck |
EPFL |
No |
Suprathermal electron radial transport studies on TCV
|
| Ferenc Lengyel |
HUN-REN Centre for Energy Research, Institiute for Atomic Energy Research, Budapest, Hungary |
No |
AXUV synthetic diagnostics for ASDEX-Upgrade and application for SPI simulations
|
| Fiona Wouters |
Max-Planck-Institute for Plasma Physics, Garching |
No |
Progress on the avalanche source for 3D kinetic REs in JOREK
|
| Francisco Javier Artola |
ITER Organization |
No |
No
|
| Gabriella Pautasso |
IPP, Garching |
No |
No
|
| Gergely Papp |
Max Planck Institute for Plasma Physics |
Yes |
No
|
| Gergo Pokol |
BME NTI |
No |
Progress in kinetic modelling for DEMO
|
| Grant Bodner |
General Atomics |
Yes |
No
|
| Hannes Bergström |
Max Planck Institute for Plasma Physics |
No |
Hybrid kinetic-MHD simulations of benign RE beam termination in JET, current progress and future work
|
| Hari Choudhury |
Columbia University |
Yes |
First Demonstration of Resonant Pitch-Angle Scattering of Relativistic Electrons by Externally-Launched Helicon Waves
|
| Hye Lin Kang |
Pohang University of Science and Technology (POSTECH), Republic of Korea |
Yes |
Firewall Effect on Electron Acceleration by External Whistler Waves
|
| Ida Ekmark |
Chalmers University of Technology |
No |
Optimization of disruption mitigation using deuterium and noble gas injection in SPARC
|
| Isabel Muzio |
EPFL SPC |
No |
No
|
| István Pusztai |
Chalmers |
Yes |
No
|
| Jakub Chlum |
Institute of Plasma Physics of the CAS, Prague |
No |
3D radiation forward modeling of SPI mitigated disruptions at AUG using Emis3D
|
| Jakub Vinklárek |
Institute of plasma physics of the CAS |
No |
Modelling of SPI on the JET tokamak using the INDEX code
|
| Jaroslav Čeřovský |
IPP Prague |
Yes |
No
|
| Jean-Pierre Svantner |
EPFL |
No |
No
|
| Jeffrey Levesque |
Columbia University |
Yes |
No
|
| Joan Decker |
EPFL |
No |
Introduction to the meeting and organisation
|
| John Morris |
UKAEA |
No |
Runaway electron modelling for STEP
|
| Jonathan Arnaud |
University of Florida |
No |
A Novel High-Fidelity Fluid Runaway Electron Model
|
| Linn Ekman |
KTH |
No |
Modeling neutral beam heating during the TQ in TCV with DREAM
|
| Long Zeng |
Tsinghua University |
Yes |
No
|
| Lorenzo Votta |
KTH Royal Institute of Technology |
No |
Runaway electron dynamics in ITER shattered pellet injection mitigated disruptions
|
| Louis Puel |
CEA |
No |
Kinetic modelling of hot tail runaway electron generation during plasma disruptions using the JOREK code
|
| Lovepreet Singh |
CEA IRFM |
Yes |
No
|
| Luke Simons |
EPFL |
No |
Modelling measurements of Runaway Electron losses with the TCV FILD
|
| Lukáš Lobko |
FNSPE CTU in Prague |
No |
Direct detection of runaway electrons by in-vessel scintillation probe at the GOLEM tokamak
|
| Marco Gobbin |
Consorzio RFX |
Yes |
No
|
| Marek Tunkl |
Czech Technical University in Prague |
No |
Runaway Electron Hard X-ray Diagnostics at the GOLEM Tokamak: A Combined Experimental and Simulation Approach
Overview of the current state of runaway electron measurements at the GOLEM tokamak
|
| Mario Regine |
Tor Vergata |
Yes |
No
|
| Marta Pedrini |
EPFL |
No |
Energy Balance in the Final Collapse of Runaway Electron Benign Termination on TCV
|
| Mathias Hoppe |
KTH Royal Institute of Technology |
No |
Analysis of the runaway electron existance domain in JET
Runaway transport discussion
|
| Matthias Hoelzl |
Max Planck Institute for Plasma Physics, Garching, Germany |
No |
No
|
| Mengdi Kong |
EPFL |
No |
Progress on the modelling and analyses of JET trace neon SPI experiments
|
| Nathan Schoonheere |
CEA |
Yes |
No
|
| Nigel DaSilva |
Columbia University |
Yes |
No
|
| Ondrej Ficker |
Institute of Plasma Physics of the CAS, Prague |
No |
SPI mitigation of disrupting, unhealthy plasmas in JET and AUG
|
| Oskar Vallhagen |
Chalmers |
No |
Asymmetric Neutral Gas and Plasmoid Shielding Model for the Pellet Rocket Force
|
| Patryk Nowak vel Nowakowski |
Lodz University of Technology/ Departament of Microelectronics and Computer Science |
Yes |
No
|
| Paul Heinrich |
Max Planck Institute for Plasma Physics, Garching, Germany |
No |
Current status of the SPI studies at ASDEX Upgrade
|
| Pedro Molina |
EPFL-SPC |
No |
Fast electron generation during tokamak startup: experiments and simulations in the TCV tokamak
|
| Peter Halldestam |
Max Planck Instiut für Plasmaphysik |
No |
Modelling of shattered pellet injection in ASDEX Upgrade with DREAM
|
| Plamen Ivanov |
UKAEA |
Yes |
Radial transport of runaway electrons due to turbulent fluctuations in TCV
|
| Qihang Li |
Peiking University |
Yes |
Influence of Neoclassical Effects on Runaway Electron Avalanche
|
| Rishabh Datta |
MIT |
Yes |
Three-Dimensional Self-Consistent MHD and Runaway Electron Simulations of SPARC Disruptions using M3D-C1
|
| Roch Kwiatkowski |
National Centre for Nuclear Research |
No |
Peculiar signals of Runaway Electron beams recorded using Cherenkov probe
|
| Salomon Guinchard |
EPFL |
No |
Towards a Unified Description of Thin-Target Bremsstrahlung with High-Z Species
|
| Santosh Pandya |
Institute for Plasma Research, Gandhinagar-382428, Gandhinagar. |
Yes |
Simulation and Experimental Studies of Runaway Electrons in ADITYA-Upgrade Tokamak using prototype ITER Hard X-Ray Diagnostic
|
| Sergei Gerasimov |
UKAEA, Culham Campus, Abingdon, Oxon, OX14 3DB, UK |
No |
Toroidal asymmetry in the current spike during JET disruptions
|
| Shi-Jie Liu |
Max Planck Institute for Plasma Physics |
No |
hybrid fluid-kinetic simulations of resistive instabilities in runaway electron beams
|
| Soma Olasz |
Budapest University of Technology and Economics, NTI |
No |
Development of a convolutional neural network for synchrotron radiation detection and analysis
|
| Stefan Jachmich |
ITER Organization |
No |
TBD
|
| Tijs Wijkamp |
Dutch Institute for Fundamental Energy Research |
No |
Reduced modelling of runaway plateau particle & power balance in TCV benign termination experiments
|
| Tünde Fülöp |
Chalmers |
No |
Past, present and future of REM
|
| Umar Sheikh |
Ecole Polytechnique Federale de Lausanne (EPFL), Swiss Plasma Center (SPC) |
No |
The Scaling of Low-Z Benign Termination of RE Beams
Benign termination discussion
|
| Valentin Igochine |
Max-Planck Institute for Plasma Physics |
No |
No
|
| Vladislav Plyusnin |
Instituto de Plasmas e Fusão Nuclear, Instotuto Superior Tecnico, Lisboa, Portugal |
No |
No
|
| Weikang Tang |
Max Planck Institute for Plasma Physics |
No |
Non-linear MHD modelling of shattered pellet injection in ASDEX Upgrade
|
| Yeongsun lee |
Seoul national university/Seoul |
Yes |
No
|
| Yong Liu |
ITER |
No |
Current status of ITER Hard X-Ray Monitor and the challenging of inferring the Runaway Electron parameters
|
| Štěpán Malec |
Faculty of Nuclear Sciences and Physical Engineering, CTU |
No |
The Timepix3 semiconductor pixel detector as runaway electron diagnostics at GOLEM
|