List of posters

Here you will find the posters for the OSSFE 2025 conference

The poster session will take place at 9:30 - 10:40 (EDT)

In Poster room 1 (Abstract ID’s POS-1-31):

ID	Title	Presenter	Affilaition
POS-01	openSPDM: open-source, FAIR management of simulation data-sets	Mark Norris	openSPDM.org
POS-02	XMARTe - A graphical interface for designing Real Time Control Applications with MARTe2	Edward Jones	UKAEA
POS-03	pyvale: A sensor simulation tool for measurement uncertainty assessment and optimising validation experiments for engineering components.	Lloyd Fletcher	UKAEA
POS-04	Open-source framework for infrared thermography exploitation in fusion	Léo Dubus	CEA-IRFM
POS-05	AI-enabled generative design of fusion components	Vignesh Perumal	CAMINNO
POS-06	pyforce: Python Framework for data-driven model Order Reduction of multi-physiCs problEms	Stefano Riva	Politecnico di Milano
POS-07	Surrogate Modelling of Classical and Quantum Electrodynamic Laser Plasma Simulations at Intensities Above 10^22 W/cm^2	Joel Adams	University of York
POS-08	Using automatic differentiation and neural networks for IFE to develop novel theory, expand simulation capabilities, and analyze experimental data	Jonathan Brodrick	Pasteur Labs and Ergodic LLC
POS-09	Developing a State-Oriented Plasma Control System	Evgeny Adishchev	Next Step Fusion sarl
POS-10	DisruptionPy: an open-source Python library for disruption study.	William Wei	Massachusetts Institute of Technology, Plasma Science and Fusion Center, Cambridge MA
POS-11	Deep Learning Surrogate Models with OpenSource simulators apply to the IFMIF-DONES facility.	Guillermo Rodríguez Llorente	HI-Iberia, University Carlos III of Madrid, Gregorio Millán Barbany Institute
POS-12	Fusion Data Lake: An IAEA proposal for international data sharing for AI/ML applications in fusion energy research	Daljeet Singh Gahle	IAEA
POS-13	Quantifying uncertainty in fusion materials with MatFlow, an open-source computational workflow manager for materials science	Adam Plowman	UKAEA
POS-14	Accelerating Fusion Materials Development Through Multi-Scale Simulations and Surrogate Modeling	Noe Adepoju	Extreme Materials Inc
POS-15	Xolotl: a cluster dynamics tool for material evolution under irradiation	Sophie Blondel	University of Tennessee
POS-16	CAD_to_OpenMC - an easy to use tool converting CAD-design to neutronics-ready geometry	Erik Bergbäck Knudsen	United Neux
POS-17	A Complete Open Source Workflow for CAD Based Reactor Neutronics with Unstructured Mesh Tallying	Jake Harter	Marathon Fusion
POS-18	Multiphysics Open Source Workflow for Conceptual Design of Inertial Fusion Reactors	Alexandre Sureda Croguennoc	IDOM UK Ltd
POS-19	NeSST - Neutron Scattered Spectra Tool	Aidan Crilly	Imperial College London
POS-20	Integrating OpenMC and PUMIPic to enable GPU Acceleration of Unstructured Mesh Tallies for Monte Carlo Transport Simulations	Fuad Hasan	Rensselaer Polytechnic Institute
POS-21	The OpenMC Ecosystem	Patrick C Shriwise	Argonne National Laboratory
POS-22	Hypnos: parametric geometry preparation for fusion-relevant applications	Siddharth Mungale	UKAEA
POS-23	Enhancing Fusion Efficiency of Tokamak through Electromagnetic Field Manipulation	Moharam Abdelkhalek	Nuclear and Radiation Engineering /Alexandria University
POS-24	NESO-Particles: A Performance Portable Particle Framework For The Fusion Use Case	Will Saunders	UKAEA
POS-26	Pyrokinetics - A python library to standardise gyrokinetic analysis	Bhavin S Patel	UKAEA
POS-27	ReMKiT1D - Designing a novel framework for reactive multifluid and kinetic model development for the tokamak Scrape-Off Layer	Stefan Mijin	UKAEA
POS-28	ASCOT5: Forging the hammer for your nails	Konsta Särkimäki	VTT Technical Research Centre of Finland
POS-29	Jax-GS: A differentiable free-boundary Grad-Shafranov equilibrium solver for CPUs and GPUs	Ubaid Ali Qadri	STFC Hartree Centre
POS-30	An open-source python package for atomic kinetics studies in tokamak plasmas	Dominic Power	LLNL
POS-31	AtOMC: A Port of OpenMC for Atomic transport and Plasma Interaction	George Wilkie	Princeton Plasma Physics Organization

In Poster room 2 (Abstract ID’s POS-32-62):

ID	Title	Presenter	Affilaition
POS-32	An Updated Framework For Synthetic Diagnostics Using Energetic-particle Orbits in Tokamaks	Henrik Järleblad	Department of Applied Mathematics and Computer Science, Technical University of Denmark, DK-2800 Kgs. Lyngby, Denmark
POS-33	JADE v4, a more robust and expandable architecture for neutronics V&V	Davide Laghi	Fusion For Energy
POS-34	MGKDB: an open-source MongoDB for nuclear fusion simulations	Venkitesh Ayyar	Sapientai LLC
POS-35	TMExtractor： A software toolkit to extract Tearing Modes features	Luo Runyu	Huazhong University of Science and Technology
POS-36	Automated Testing and Continuous Integration for the KORC Codebase	Ian Gibbs	ORNL
POS-37	magnetoHDFoam: a novel open-source OpenFOAM library for magnetohydrodynamics	Matteo Lo Verso	Politecnico di Milano
POS-38	A fast electromagnetics library with Rust and Python	James Logan	CFS
POS-39	Facilitating Iterative Multi-physics Analysis of Fusion Components with Catbird	Helen Brooks	UK Atomic Energy Authority
POS-40	FUSE: an open-source framework for tokamak power plant design and operations	Orso Meneghini	General Atomics - San Diego
POS-41	A package for differentiable evaluation of fusion rate coefficients	Jacob Schwartz	Princeton Plasma Physics Laboratory
POS-42	WEST Ion Cyclotron Antenna Electrical Model Digital Twin	Julien Hillairet	CEA, IRFM F-13108 Saint-Paul-lez-Durance France
POS-43	Implementing Toroidal Harmonic Flux Constraints in Bluemira	Clair Mould	UKAEA
POS-44	An automated pipeline from powerplant concept to parametric neutronics model in Bluemira	Oliver Funk	UKAEA
POS-45	Automated Stellarator Design Using Open-Source Magnet Codes and AI Optimization	Sophie Sharpe	nTtauDigital
POS-46	Automation of Multi-Physics Simulations: Coupling OpenFOAM and OpenMC for Fusion Application	Abinash Manikandan	nTtauDigital
POS-47	Methodological Advancements in Open-Source Fusion Energy Simulations using OpenMC	Luis Garcia	nTtauDigital
POS-48	Workflow Automation for Fusion Power Plant Design using Galaxy Workflows	Dominic Longhorn	nTtau Digital Ltd
POS-49	Multi-Objective Design Optimization for Fusion Energy Systems	Omer Muhammad	nTtau Digital Ltd
POS-50	Developing an Open-Source Framework for Fusion Power Plant Cost Estimation	Samuel Ward	Woodruff Scientific Ltd
POS-51	Collaborative Cost Modeling for Fusion Power Plants Using Open-Source Tools	Alex Higginbottom	Woodruff Scientific Ltd
POS-52	IPS: an open-source framework for (loosely) coupled multiphysics simulations	David Bernholdt	Oak Ridge National Laboratory
POS-53	FyTok: An Integrated Modeling Simulator for Tokamak	Zhi YU	Xiaojuan Liu, Institute of Plasma Physics, Chinese Academy of Sciences, Hefei 230031, China
POS-54	An Open-Source Workflow for Multi-Physics Analysis of Tritium Breeder Blankets	Juan Diego Iberico Leonardo	IDOM
POS-55	Open-source MHD modelling of turbulent flow in a molten salt breeding blanket	Marco Caravello	NEMO group, Dipartimento Energia, Politecnico di Torino, 10129 Torino, Italy
POS-56	Verification, Validation, and Demonstration of the MOOSE-based Tritium Migration Analysis Program, Version 8 (TMAP8) Application for Fusion Systems.	Pierre-Clément Simon	Idaho National Laboratory
POS-57	Modelling of deuterium release from tungsten co-deposited films induced by laser heating	Vladimir Kulagin	National Research Nuclear University MEPhI
POS-58	Hydrogen Inventory Simulations for PFCs (HISP) in ITER	Kaelyn Dunnell	MIT PSFC
POS-59	SYSTEM MODELING AND OPTIMIZATION OF TOKAMAK TRITIUM FUEL CYCLE	Sergey Ananev	NRC Kurchatov Institute
POS-60	TRIOMA: an open source application for fast outer fuel cycle tritium transport analysis	Gabriele Ferrero	Politecnico di Torino
POS-61	ITER Fusion Reactor Blanket Optimization for Tritium Breeding using OpenMC	Husni Naufal Zuhdi	Universitas Gadjah Mada
POS-62	Building a new multiphysics workflow in MOOSE: application to tritium migration, trapping and advection in TMAP8	Guillaume Giudicelli	Idaho National Laboratory
POS-63	Thermavip: an open source framework for multi-sensor data acquisition, processing and visualization	Victor Moncada	CEA