List of participants to Joint REM and WPTE RT03 Analysis meeting

Name Affiliation Remote participation Is presenting?
Abigail Feyrer MIT PSFC Yes Exploring 3D effects in runaway electron impacts in SPARC using HEAT
Akanchha Sharma Institute for Plasma Research Yes No
Akinobu Matsuyama Kyoto University Yes No
Alex Tinguely MIT PSFC Yes Recent progress in modeling runaway electrons and their mitigation in SPARC
Alexander Battey EPFL - Swiss Plasma Center No Intentional Toroidal Ripple Augmentation for Runaway Electron Studies
Aman Dubey Indian Institute Of Technology Indore Yes No
Andres Orduna Martinez IPP Garching No Synchrotron imaging of runaway electrons in ASDEX Upgrade
Andrew Moreau Max Planck Institute for Plasma Physics No Measuring fast density transients with a dispersion interferometer at ASDEX Upgrade
Ansh Patel Max Planck Institute for Plasma Physics No Analysis of material penetration for shattered pellet injection in ASDEX Upgrade
Benedikt Zimmermann Columbia University Yes Validating benign termination as a reactor-relevant RE mitigation technique on the JET and DIII-D tokamaks
Carlos Paz-Soldan Columbia University Yes No
Chenchao Dong Tsinghua University No Existence of 1/1 Drift Islands via Sideband Resonance in Tokamak plasmas
Chizhou Wang EPFL No JOREK simulations of runaway electron benign termination on TCV
Cristian Sommariva École Polytechnique Fédérale de Lausanne, Swiss Plasma Center Yes No
Daniele Bonfiglio Consorzio RFX, Padova, Italy No JOREK modelling of JET RE avalanche scaling experiments: preliminary TQ phase assessment
Dániel Jánosi Department of Theoretical Physics, Eötvös Loránd University No New model for runaway electron transport based on chaotic Hamiltonian systems
Elena Tonello SPC - EPFL No Modelling of companion plasma recombination in runaway benign termination experiments on ASDEX-Upgrade and TCV with SOLPS-ITER
Elisabeth Rachlew KTH-Physics No No
Eric GAUTHIER IRFM, CEA Cadarache Yes No
Eric Nardon CEA Yes No
Ewout Devlaminck EPFL Yes No
Ferenc Lengyel HUN-REN Centre for Energy Research, Institiute for Atomic Energy Research, Budapest, Hungary No AXUV synthetic diagnostics for ASDEX Upgrade and its application for SPI simulations
Fiona Wouters Max-Planck-Institute for Plasma Physics, Garching No The RE avalanche source for the 3D relativistic kinetic model in JOREK
Francisco Javier Artola ITER Organization No No
Félicien Gâche EPFL-SPC No Sensitivity analysis of STREAM burn-through simulations on TCV: identifying the dominant input parameters
Gabriele Partesotti EPFL - Swiss Plasma Center No Fast radiation events in low-Z runaway electron mitigations on TCV
Gabriella Pautasso IPP, Garching Yes No
George Su Columbia University Yes Mechanism Behind the Recombination Requirement for Benign Termination of Relativistic Electron Beams
Gergely Papp Max Planck Institute for Plasma Physics No AUG SPI - Placeholder title
Gergo Pokol BME NTI No Adventures in the momentum space
Grace Hu MIT PSFC Yes Implementation of Hot-Tail and Avalanche Runaway Electron Generation Models for the 3D nonlinear MHD code M3D-C1
Gyungjin Choi KAIST Yes No
Hari Choudhury Columbia University Yes No
Hye Lin Kang Pohang University of Science and Technology (POSTECH) Yes No
Hyun-Su Kim Seoul National University/3DST lab Yes No
Ida Ekmark Chalmers University of Technology No Runaway electrons in stellarators
Isabel Muzio EPFL No A new knock-on operator for runaway avalanche modelling in LUKE
István Pusztai Chalmers Yes No
Jamie Xia Columbia University Yes No
Jaroslav Čeřovský IPP Prague Yes No
Jeffrey Levesque Columbia University Yes No
Jinkyu Lee Korea Advanced Institute of Science and Technology Yes No
Joan Decker EPFL No No
John Morris UKAEA No No
José Ignacio Fernández Gómez CEA/IRFM No No
Linn Ekman KTH Royal Institute of Technology No Effect of NBI on thermal quench dynamics in TCV disruptions
Liron Liebe Katedralskolan i Växjö No No
Lorenzo Votta KTH Royal Institute of Technology No Kinetic modelling of runaway electrons in ITER disruptions with shattered pellet injection
Louis Puel CEA Yes 3D hot tail runaway electron generation modelling with JOREK: predictions for ITER
Lovepreet Singh PSFC, MIT Yes Toward the modelling of runaway electrons termination dynamics in SPARC
Marketa Machackova CTU FNSPE Yes No
Mathias Hoppe KTH Royal Institute of Technology No No
Matthew Beidler Oak Ridge National Laboratory No Resilience of Fusion Blankets to Tokamak Disruptions and Runaway Electrons
Matthias Hoelzl Max Planck Institute for Plasma Physics, Garching, Germany No European Theory and Modeling of Disruption and RE Physics: Project TSVV-F and collaborators
Mengdi Kong EPFL No Analyses of MHD activities in runaway electron termination discharges on TCV
Munir Askary KTH No No
Nathan Schoonheere Kyoto University Yes No
Nina Schwarz CEA/IRFM No Study of the JET benign termination case #95135 with the JOREK RE fluid model during the Ip ramp-up after the secondary low-Z injection
Olivier Panico Swiss Plasma Center, EPFL No Investigation of high frequency modes generated by runaway electrons in TCV
Ondrej Ficker Institute of Plasma Physics of the CAS, Prague No No
Oshiro Shun Kyoto University Yes No
Panagiotis Tolias KTH Royal Institute of Technology No No
Paul Heinrich Max Planck Institute for Plasma Physics, Garching, Germany No Radiation characteristics of SPI-induced disruptions in ASDEX Upgrade and their IP-spike height
Pedro Molina EPFL-SPC Yes Fast electron generation during tokamak startup: experiments and simulations in the TCV tokamak
Peter Halldestam Max Planck Institut für Plasmaphysik No Validation of 1D SPI simulations against ASDEX Upgrade experiments
Plamen Ivanov UKAEA No Radial diffusion of suprathermal electrons by turbulent fluctuations in tokamaks
Rishabh Datta MIT Yes MHD instabilities and magnetic stochasticity driven by the SPARC REMC in 3D nonlinear M3D-C1 simulations
Salomon Guinchard EPFL No A Stochastic Framework for Runaway-Electron Dynamics and Avalanche Generation
Santosh Pandya Institute for Plasma Research, Gandhinagar-382428, Gandhinagar. Yes Reconstruction of runaway electron distribution function using a prototype ITER hard X-ray monitor recently tested on the ADITYA-U tokamak
Shi-Jie Liu Max Planck Institute for Plasma Physics No Hybrid Kinetic-MHD Simulations of Energy-dependent Effects of Runaway Electron Beams on MHD Instabilities with JOREK
Shishir Purohit Institute for Plasma Research , Gandhinagar, INDIA 382428 Yes No
Sofia Rosén KTH Royal Institute of Technology No No
Stefan Jachmich ITER Organization No No
Svetlana Ratynskaia KTH Royal Institute of Technology No Modeling of RE-induced damage in tungsten plasma-facing components
Tchanou Ignace Park Seoul National University Yes No
Tijs Wijkamp Dutch Institute for Fundamental Energy Research Yes No
Tommaso Rizzi KTH - Royal Institute of Technology No Modeling of RE-driven explosion of brittle sublimating materials
Trivesh Kant Institute for Plasma Research, Gandhinagar, India No Axisymmetric study of re-avalanche effect and Multiple Runaway Beam Terminations of a mitigated ITER disruption using JOREK
Tyler Mark University of Florida No Neural Surrogates of Runaway Electron Evolution
Tünde Fülöp Chalmers No Scrape-off and current flattening effects on runaway generation in ARC
UDIT VAVECHA Institute for Plasma Research Yes No
Umar Sheikh Ecole Polytechnique Federale de Lausanne (EPFL), Swiss Plasma Center (SPC) No Establishing the Physics Basis for Low-Z Benign Termination of Runaway Electron Beams With A Multi-Machine Database
Valentin Igochine Max-Planck Institute for Plasma Physics No No
Victor Svensson Max Planck Institute for Plasma Physics, Garching No FIREWALL: A Surrogate Model for Fast and Accurate Wall Damage Predictions from Runaway Electrons in Tokamaks
Weikang Tang Max Planck Institute for Plasma Physics Yes No
William Weeks Chalmers University of Technology No No
Yeongsun lee Seoul national university/Seoul Yes Quantum Kinetics of Fast-Electron Inelastic Collisions in Partially-Ionized Plasmas
Yuri Sanchez Alves CEA IRFM No No
elisabeth Rachlew KTH No No
ziheng zhou zihengzhou Yes Simulation of Anomalous Radiation of Runaway Electrons Induced by External Injection of Helicon Waves
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