Media
Video recordings
*Please note that not all talks are available.
*In the description of the videos you will find a direct link to the beginning of each talk.
Presentations
Keynote talks
Speaker: Jae-Min Kwon, from Korea Institute of Fusion Energy, Korea
Title: Digital Twin Technology to Accelerate Fusion R&D
Speaker: Miquel Moreto, from Barcelona Supercomputing Center, Spain
Title: Towards European High Performance Computing Accelerators based on the RISC-V Open ISA
Speaker: Ane Lasa, from University of Tennessee, USA
Title: Development of multi-scale computational frameworks to solve fusion materials science challenges
Speaker: Jesús Romero, from TAE Technologies, USA
Title: The Field-Reversed Configuration: A promising path to aneutronic fusion
Speaker: Jeff Candy, from General Atomics, USA
Title: Porting and Performance of Spectral Gyrokinetics on NVIDIA, AMD and Intel GPU architectures
Invited talks
- Federico Ledda (Department of Applied Science and Technology, Politecnico di Torino): Atomistic modelling of collision cascades for the integration of radiation damage in ReBCO superconductors for fusion
- Rogerio Jorge (University of Wisconsin-Madison): The Design of Stellarators with Simple and Flexible Coils
- Emi Narita (Kyoto University): Convolutional neural network models for predicting evolution of nonlinear gyrokinetic simulations
- Axel Koenis (Max-Planck-Institute for Plasma Physics): Beyond MHD – global electromagnetismo gyro-kinetic simulations in stellarators
- Katarzyna Borowiec (Oak Ridge National Laboratory): Liquid immersion blanket simulations using VERTEX-CFD
- Arpan Sircar (Oak Ridge National Laboratory): Accelerating OpenFOAM on Frontier GPUs for Fusion Multiphysics Simulations
Contributed talks
- Danielle Torsello (Politecnico di Torino): Mapping irradiation effects in fusion reactors with 3D Monte Carlo simulations
- Alexander Farmakalides (Lab of Scientific Computing, University of Cambridge): Whole System Fusion Reactor Simulations with the CRATOS framework
- Arkady Serikov (Karlsruhe Institute of Technology (KIT)): Computational neutronics analyses of deuteron interactions with lithium target in IFMIF-DONES for fusion applications
- William Ellis (United Kingdom Atomic Energy Authority): Virtual Fusion Tokamak Structural Model Enabled by Supercomputing
- F. J. Dominguez-Gutierrez (National Centre for Nuclear Research): Bridging Experiment and Simulation: Multiscale Analysis of Nanoindentation in Pristine and Irradiated Iron
- Henrique Bergallo Rocha (United Kingdom Atomic Energy Authority): Platypus: A Scalable, Open-Source, GPU-Accelerated MOOSE App for Multiphysics Fusion Simulations
- Pablo Canca (University of Granada): Ab initio study of cementite – α-Fe interfaces under irradiation
- Pau Manyer Fuertes (Barcelona Supercomputing Center): EQUILI module in ALYA: a free-boundary Grad-Shafranov equation solver using CutFEM
- Jorge Suárez Recio (Universidad Politécnica de Madrid): ML-Driven Analysis of Self-Healing Properties in Tungsten Grain Boundaries
- Marianna Szambelan (Laboratory for Scientific Computing, University of Cambridge): A modular workflow for the optimisation and simulation of tokamak plasma in equilibrium
- Kalp Pandya (Group in Computational Science and HPC, DA-IICT): Hybrid Approach for Plasma Simulation: Integrating data-driven ML model with traditional Fluid Modeling
- Mathieu Peybernes (Swiss Federal Institute of Technology Lausanne (EPFL)): GPU porting of ASCOT5 code for Monte Carlo simulations in fusion plasmas
- Christos Vagkidis (Institute of Interfacial Process Engineering and Plasma Technology): Utilizing deep learning for characterization of tokamak edge density perturbations
- Hernán Domingo Ramos (Barcelona Supercomputing Center): MAXWEL: FEM software module to compute EM fields within a magnetically confined fusion reactor
- Libin Varghese (Group in Computational Science and HPC, DA-IICT): Parametric study of wall effects on plasma transport across the magnetic filter field in a negative ion source using 2D-3v PIC-MCC simulations
- Luke Humphrey (UK Atomic Energy Authority): Developing an Automated Fluid Activation Residence Time CFD Database
- Prashant Dwivedi (Department of Control Engineering, Czech Technical University): Cratering of Tungsten Walls Under High-Velocity Dust Impacts: Effects of Angle and Temperature
- Xudong Ke Lin (University of Cambridge) : Novel Algorithms for the Accurate and Fast Solution of the Two-Fluid MHD Equations
- Alberto Fraile (Catalan Institute of Nanoscience and Nanotechnology (ICN2), BIST & CSIC): High-velocity dust impacts in plasma facing materials: Insights from molecular dynamics simulations
- Rupert Eardley-Brunt (UK Atomic Energy Authority): Ongoing efforts towards scalable open-source liquid-metal MHD simulation for fusion multiphysics
- Alvaro Martinez-Pechero (University of Oxford): A novel Crystal Plasticity Finite Element framework to study materials for fusion
- Remi Delaporte-Mathurin (Plasma Science and Fusion Center, MIT): Upgrading FESTIM for High-Performance Computing with FEniCSx: Mixed Domain Formulation and Enhanced Parallel Scaling