We’re very pleased to say that the venue which we’ve selected for the conference, the EICC, has plenty of space for the poster sessions.
Poster boards will be provided and will fit portrait A0 sized posters.
Delegates will be required to print their own posters. For those who do not wish to travel with their posters, we’ve teamed up with a local printing service in Edinburgh who can print your poster for you. To make use of this service, you can upload your print ready 300dpi PDF to exact finished/trimmed size via WeTransfer to Edinburgh@hobs.com. Please call Hobs on +44 131 226 3080 to confirm and pay – please use code EICC10 when placing your order to activate the discount. The price of a colour A0 poster is £38 plus VAT (including the discount).
To note, the deadline for uploading your poster for printing in Edinburgh is Friday 19 June 2026.
Members of the Local Organising Committee will collect all posters printed and take to the conference venue (providing they are received by the printers by the deadline of Friday 19 June 2026).
Poster Presentation Schedule
Below is the schedule of poster presentations for the conference. The full conference schedule can be found on the Conference Schedule page.
| Subtopic | Day |
| Magnetic Confinement Fusion (MCF) | |
| MCF01 – Plasma Turbulence and Transport | Tuesday |
| MCF02 – SOL, Divertor and PWI | Monday |
| MCF03 – Energetic Particles and MHD | Thursday |
| MCF04 – Plasma Control | Thursday |
| MCF05 – Scenario Development, Heating and Current Drive | Tuesday |
| MCF06 – Plasma Diagnostics and Data Analysis | Monday |
| MCF07 – Edge and Pedestal Physics | Monday |
| MCF08 – Stellarator Physics and Optimisation | Thursday |
| MCF09 – Disruptions and Runaway Electrons | Thursday |
| MCF10 – Power Plant Design | Thursday |
| MCF11 – Other | Thursday |
| Beam Plasmas and Inertial Fusion (BPIF) | |
| BPIF01 – Inertial Confinement Fusion | Monday |
| BPIF02 – High Energy Density Plasmas, Warm Dense Matter, and Atomic Physics in Plasmas | Monday |
| BPIF03 – Laser and Particle Beam Interaction with Plasmas, Hydrodynamics and Instabilities | Thursday |
| BPIF04 – Laser-plasma Acceleration of Particles and Plasma-based Radiation Sources | Tuesday |
| BPIF05 – Ultra-high Intensity Laser-matter Interaction and High-field Physics | Thursday |
| BPIF06 – Other | Monday |
| Low Temperature and Dusty Plasmas (LTDP) | |
| LTDP01 – LTP Plasmas for Sustainability | Monday |
| LTDP02 – Liquid Plasma Interaction | Tuesday |
| LTDP03 – Agricultural and Bio-medical Applications | Monday |
| LTDP04 – Dusty and Strongly Coupled Plasmas | Tuesday |
| LTDP05 – Plasma Processing and Applications | Thursday |
| LTDP06 – Other | Monday |
| Basic, Space and Astrophysical Plasmas (BSAP) | |
| BSAP01 – Solar and Space Plasmas | Tuesday |
| BSAP02 – Astrophysical Plasmas | Thursday |
| BSAP03 – Laboratory Astrophysics | Thursday |
| BSAP04 – Fundamental Plasma Physics – Theory | Monday |
| BSAP05 – Fundamental Plasma Physics – Laboratory | Tuesday |
| BSAP06 – Other | Tuesday |
Conference Posters
Monday
| Title | Lastname | Firstname | Submitter (affiliation) | Country | Submitted for tracks | poster ID | Board |
| Detection of ELMs at JET and analysis of ELM variability and risk | Alhage | Jerome | Jerome Alhage (Ghent University) | Belgium | MCF06 | P1.1100 | C29 |
| REDUCED-ORDER DATA-DRIVEN SURROGATE MODELING OF MAST DISCHARGES VIA SELECTIVE DENSE STATE-SPACE MODELS | Angelini | Sergio Augusto | Sergio Augusto Angelini (The University of Manchester) | UK | MCF06 | P1.1101 | C29 |
| Constraining non-Maxwellian D and T kinetics in IEC using angle-resolved D(T,n)α neutron spectra | Annewandter | Robert | Robert Annewandter (Astral Systems) | UK | BSAP04 | P1.3001 | K1 |
| Radiation patterns in DTT relevant to bolometric tomographic reconstructions | Apruzzese | Gerarda Maria | Gerarda Maria Apruzzese (ENEA) | Italy | MCF06 | P1.1102 | C29 |
| Towards Real-Time CXRS diagnostics at the Tokamak à Configuration Variable (TCV) | Balugani | Sofia | Sofia Balugani (Swiss Plasma Center) | Switzerland | MCF06 | P1.1105 | C30 |
| Study of Scrape-Off Layer Heat-Flux Width Scaling in the TJ-II Stellarator | Barquero | Scherezade | Scherezade Barquero (CIEMAT) | Spain | MCF02 | P1.1000 | C9 |
| Erosion and impurity migration modelling in neon-seeded plasma discharges in ITER with full-tungsten wall | Baumann | Christoph | Christoph Baumann | Germany | MCF02 | P1.1001 | C9 |
| A combined Genetic Algorithm-Monte Carlo method for tokamak diagnostic optimization | Bielecki | Jakub | Jakub Bielecki (1Institute of Nuclear Physics Polish Academy of Sciences (IFJ PAN), PL-31-342, Krakow, Poland) | Poland | MCF06 | P1.1107 | C30 |
| Neural-network-based multi-zone spectroscopic reconstruction of magnetized cylindrical implosions at OMEGA | Bordón | Aridai | Aridai Bordón (Universidad de Las Palmas de Gran Canaria) | Spain | BPIF02 | P1.2061 | K14 |
| Shock Management and Neutronics in the FLARE Reactor Natural-Lithium Blanket | Bradley | Christian | Christian Bradley (First Light Fusion Ltd) | UK | BPIF01 | P1.2002 | K10 |
| Modelling studies of the MAST-Upgrade Super-X Divertor with SOLEDGE3X-EIRENE | Bramucci | Lorenzo | Lorenzo Bramucci (University of Padua / Consorzio RFX) | Italy | MCF02 | P1.1002 | C9 |
| Heat load calculation on plasma-facing surfaces using 3D field-line tracing with gyroradius back-tracing | Brank | Matic | Matic Brank (University of Ljubljana) | Slovenia | MCF02 | P1.1003 | C10 |
| The Rayleigh-Taylor instability with foams | Bret | Antoine | Antoine Bret (Universidad de Castilla-La Mancha) | Spain | BPIF01 | P1.2003 | K10 |
| π-PIC: a toolbox for particle-in-cell simulations in Python | Brogren | Frida | Frida Brogren (Gothenburg University) | Sweden | BPIF06 | P1.2100 | K8 |
| Experimental investigation of SOL dynamics due to gas puffing at the Tokamak à Configuration Variable | Brown | Benjamin | Benjamin Brown (SPC EPFL) | Switzerland | MCF02 | P1.1004 | C10 |
| Towards large-scale pedestal analysis using accelerated workflows | Bruncrona | Amanda | Amanda Bruncrona (VTT) | Finland | MCF07 | P1.1200 | C4 |
| Modelling the Effects of N2 on Detachment Onset in CD and SXD on MAST Upgrade Using SOLPS-ITER | Bundschuh | Noe | Noe Bundschuh (United Kingdom Atomic Energy Authority) | UK | MCF02 | P1.1005 | C10 |
| MHD modeling of ELM physics and RMPs in view of DTT | Calcagno | Monia | Monia Calcagno (Consorzio RFX, Univerisity of Padua) | Italy | MCF07 | P1.1201 | C4 |
| The Gyrokinetic Edge | Candy | Jeff | Jeff Candy (General Atomics) | USA | MCF07 | P1.1202 | C4 |
| Modeling centrifugal instabilities in laboratory plasmas | Capelli | Emanuele | Emanuele Capelli (Aix-Marseille University) | France | BSAP04 | P1.3003 | K1 |
| Modelling H-mode pedestal in ASDEX Upgrade: from type-I ELMs to the Quasi-Continuous Exhaust regime | Cathey | Andres | Andres Cathey (IPP – Max-Planck-Institut fuer Plasmaphysik (EU)) | Germany | MCF07 | P1.1203 | C5 |
| 2D X-Ray Radiography of imploding Capsules at the LMJ facility | Cauvet | Quentin | Quentin Cauvet (CEA) | France | BPIF01 | P1.2004 | K10 |
| First step towards 2D Te mapping of the TCV plasma core during MHD using a multi-view MWPC soft X-ray diagnostic | Chellai | Oulfa | Oulfa Chellai (Ecole Polytechnique Fédérale de Lausanne (EPFL), Swiss Plasma Center (SPC), CH-1015 Lausanne, Switzerland) | Switzerland | MCF06 | P1.1108 | C31 |
| Characterisation and modelling of an unexpected local, three-dimensional luminous plasma structure observed in a magnetised ICP helium plasma | Clarke | Niamh | Niamh Clarke (Université de Lorraine) | France | LTDP06 | P1.4100 | C6 |
| Interpretation of radiative temperature by 3D simulation for LMJ indirect drive baffled hohlraums | Collin | Rodolphe | Rodolphe Collin (CEA) | France | BPIF01 | P1.2005 | K11 |
| Validation of time-dependent boundary plasma simulations with SOLPS-ITER against dynamic detachment experiments in the ASDEX Upgrade tokamak | Cursi | Federico | Federico Cursi (KU Leuven) | Belgium | MCF02 | P1.1007 | C11 |
| Bayesian integrated equilibrium reconstruction at WEST using magnetic, density and temperature diagnostics | De Rycke | Jeffrey | Jeffrey De Rycke | Belgium | MCF06 | P1.1109 | C31 |
| Two novel methods to infer main-ion concentrations and Zeff profiles from multi-energy SXR measurements at the WEST tungsten environment tokamak | Delgado-Aparicio | Luis | Luis Delgado-Aparicio (PPPL) | USA | MCF06 | P1.1110 | C31 |
| The confinement analysis in ST40 spherical tokamak | Dnestrovskii | Aleksei | Aleksei Dnestrovskii (Tokamak Energy Ltd) | UK | MCF06 | P1.1111 | C32 |
| Gaussian process surrogate for non-local heat transport modeling in tokamak edge plasmas | Dong | Lili | lili dong (university of york) | UK | MCF02 | P1.1009 | C11 |
| Ground and excited state electron-impact ionization and excitation of neutral carbon for impurity diagnostics within magnetically-confined plasmas | Dougan | David | David Dougan (Queen’s University Belfast) | UK | MCF06 | P1.1112 | C32 |
| An overview and update on progress with First Light Fusion’s FLARE inertial fusion energy scheme | Doyle | Hugo | Hugo Doyle (First Light Fusion Ltd.) | UK | BPIF01 | P1.2007 | K11 |
| First benchmark between the KINetic Deterministic NEutral Solver (KINDNES) and EIRENE | Drago | Giuseppe | Giuseppe Drago (EPFL) | Switzerland | MCF02 | P1.1010 | C11 |
| First 3D flux-surface-aligned edge plasma simulations of non-axisymmetric configurations in SOLEDGE3X: Application to WEST magnetic ripple | Düll | Raffael | Raffael Düll (Aix Marseille Université, CNRS, Centrale Marseille, M2P2, 13451, Marseille, France) | France | MCF02 | P1.1011 | C12 |
| Available Energy and Ground States of Convective Hydrodynamic and Hydromagnetic Instabilities | Fan | Kaixuan | Kaixuan Fan (Shanghai Jiao Tong University) | China | BSAP04 | P1.3006 | K2 |
| WarpX : a versatile, open-source, Particle-In-Cell code for the exascale era | Fedeli | Luca | Luca Fedeli (CEA-Saclay (France)) | France | BPIF06 | P1.2101 | K9 |
| Uncertainties of magnetic equilibrium reconstructions | Fischer | Rainer | Rainer Fischer | Germany | MCF06 | P1.1113 | C32 |
| Broadband KrF laser, a possible scheme for IFE driver | Földes | István | István Földes (HUN-REN Centre for Energy Research) | Hungary | BPIF01 | P1.2008 | K11 |
| Initial Results from the LM26 Magnetized Target Fusion Device at General Fusion | Froese | Aaron | Aaron Froese (General Fusion) | Canada | MCF06 | P1.1114 | C33 |
| Filter design strategies for polychromator-based Thomson scattering diagnostics to reduce the temperature dependence of the noise-induced measurement error | Fuchert | Golo | Golo Fuchert (Max-Planck-Institut für Plasmaphysik) | Germany | MCF06 | P1.1115 | C33 |
| Progress towards implementation of a digital Mirror Langmuir Probe diagnostic on ASDEX-U | Fuller | William | William Fuller (Max Planck Institute for Plasma Physics, Garching, Germany) | Germany | MCF06 | P1.1116 | C33 |
| Ablation flow sensitivity to ablator density modulations in ICF | Gallin | Adrien | Adrien Gallin | France | BPIF01 | P1.2009 | K12 |
| Velocity scaling regimes for blob-like filaments in the Alcator C-Mod scrape-off layer | Garcia | Odd Erik | Odd Erik Garcia (UiT The Arctic University of Norway) | Norway | MCF02 | P1.1013 | C12 |
| Phase-sensitive mid infrared frequency comb interferometry for plasma electron density measurements | Gardner | Andrew | Andrew Gardner (Fraunhofer Centre for Applied Photonics) | UK | MCF06 | P1.1117 | C34 |
| Diagnosing the Plasma Composition of ST40 | Gemmell | Michael | Michael Gemmell (Tokamak Energy Ltd.) | UK | MCF06 | P1.1118 | C34 |
| Analytical model of the magnetic presheath potential profile and ion velocity distribution at the target for sputtering predictions | Geraldini | Alessandro | Alessandro Geraldini (University of York) | UK | MCF02 | P1.1014 | C12 |
| Comparison of TECXY and SOLPS-ITER modelling for poloidal flux expansion studies in TCV geometry | Grzybicka | Natalia | Natalia Grzybicka (Institute of Plasma Physics and Laser Microfusion) | Poland | MCF02 | P1.1015 | C17 |
| Geometrical optics methods for waves in moving plasmas | Gueroult | Renaud | Renaud Gueroult (Laplace, CNRS, Université de Toulouse) | France | BSAP04 | P1.3008 | K2 |
| Phase transition from hydrodynamic turbulence to zonal flows and back | Gürcan | Özgür | Özgür Gürcan (CNRS, LPP, Ecole Polytechnique) | France | BSAP04 | P1.3009 | K2 |
| Overview of the LM26 Magnetized Target Fusion Device at General Fusion | Gutjahr | Curtis | Curtis Gutjahr (General Fusion) | Canada | MCF06 | P1.1119 | C34 |
| Cross-comparison of full-wave and beam-tracing simulations of Gaussian beam evolution in the cutoff vicinity using ERMES and SCOTTY | Hall-Chen | Valerian | Valerian Hall-Chen (Agency for Science, Technology, and Research) | Singapore | MCF06 | P1.1120 | C35 |
| Drift-induced asymmetries of N2 impurity distribution in COMPASS SOL modelled by SOLPS-ITER | Hecko | Jan | Jan Hecko (Institute of Plasma Physics of the Czech Academy of Sciences, Prague) | Czechia | MCF02 | P1.1016 | C17 |
| Dirac R-matrix electron-impact excitation of Ni I for the interpretation of magnetically-confinded/astrophysical plasmas | Henry | John | John Henry (Queen’s University Belfast) | UK | BSAP04 | P1.3010 | K3 |
| Overview of neutron measurements on ST40 Spherical Tokamak | Iliasova | Margarita | Margarita Iliasova (Tokamak Energy) | UK | MCF06 | P1.1121 | C35 |
| Small-ELM quasi-continuous exhaust regime in strongly shaped MAST Upgrade spherical tokamak plasma | Imada | Koki | Koki Imada (University of York) | UK | MCF07 | P1.1206 | C5 |
| Plasma Focus Research at the Chilean Nuclear Energy Commission: Nuclear Fusion Studies and Pulsed X-ray Applications | Jain | Jalaj | Jalaj Jain (Chilean Nuclear Energy Commission) | Chile | BPIF06 | P1.2102 | K9 |
| New ultra-fast reflectometry capabilities: sheared-flows identifications supported by synthetic diagnostic | Jamann | Antoine | CEA, IRFM, F-13108 Saint-Paul-lez-Durance, France | France | MCF06 | P1.1165 | C46 |
| Fast Langmuir probe measurements in MAST-U edge plasma | Jing | Xin | Xin Jing | UK | MCF02 | P1.1018 | C17 |
| Density constraints and its effect on energy-minimising distribution functions | Josephus Mackenbach | Ralf Johannes | Ralf Johannes Josephus Mackenbach (EPFL) | Switzerland | BSAP04 | P1.3015 | K4 |
| Laser Plasma Instabilites for Increased Incident Bandwidth over a Wide Intensity Range | Kanstein | Christoph | Technische Universität Darmstadt, Karolinenpl. 5, 64289 Darmstadt, DE | Germany | BPIF01 | P1.2022 | K8 |
| A high-fidelity pedestal prediction model based on extended-MHD | Kleiner | Andreas | Andreas Kleiner (Princeton Plasma Physics Laboratory) | USA | MCF07 | P1.1207 | C5 |
| Bayesian modeling for charge exchange recombination spectroscopy aiming at non-Maxwellian velocity distribution function | Kobayashi | Tatsuya | Tatsuya Kobayashi (National Institute for Fusion Science) | Japan | MCF06 | P1.1123 | C35 |
| Modeling of quantum turbulence using lattice Boltzmann methods | Koh | Shu Min Elaine | Shu Min Elaine Koh (Stanford University) | USA | BSAP04 | P1.3005 | K1 |
| Suppression of prompt electron re-deposition in multi-emissive magnetized sheaths | Komm | Michael | Michael Komm (Institute of Plasma Physics of the CAS) | Czechia | MCF02 | P1.1019 | C18 |
| kobra: a new Vlasov code with AMR | Konewko | Sebastian | Sebastian Konewko (Gent University) | Belgium | MCF07 | P1.1208 | C6 |
| JINTRAC integrated modelling of an X-point radiator in ASDEX Upgrade and ITER burning plasma X-point radiator operating regime exploration | Korving | Sven | Sven Korving (ITER Organization) | ITER | MCF02 | P1.1020 | C18 |
| Application of Melnikov’s Integral for Magnetic Footprint Mapping | Kripner | Lukáš | Lukáš Kripner (Institute of Plasma Physics of the Czech Academy of Sciences) | Czechia | MCF02 | P1.1021 | C18 |
| Bremsstrahlung in relativistic plasmas | Kritikos | Efstratios | Efstratios Kritikos (Department of Physics, University of Oxford, Parks Road, Oxford OX1 3PU, United Kingdom) | UK | BPIF02 | P1.2055 | K14 |
| Rankine-Hugoniot conditions in wave-aligned Q-variables for MHD discontinuities | Krupka | Anna | Anna Krupka (KU Leuven, Belgium) | Belgium | BSAP04 | P1.3011 | K3 |
| Improved measurement of turbulence radial correlation length with short pulse reflectometry | Krutkin | Oleg | Oleg Krutkin (EPFL) | Switzerland | MCF06 | P1.1124 | C36 |
| Reversible walk on spheres: a quantum algorithm for elliptic PDEs with complex boundary conditions | Laakkonen | Tuomas | Tuomas Laakkonen (Massachusetts Institute of Technology) | USA | BSAP04 | P1.3013 | K3 |
| Effect of shape squareness on pedestal structure and confinement in TCV | Labit | Benoît | Benoît Labit (Ecole Polytechnique Fédérale de Lausanne (EPFL) – SPC) | Switzerland | MCF07 | P1.1209 | C6 |
| Pedestal structure and stability of ECRH-only heated plasmas in TCV, comparison with NBI-only heated plasmas | Lafay Labrosse | Arnaud | Arnaud Lafay Labrosse (KTH, Royal Institute of Technology) | Sweden | MCF07 | P1.1210 | C6 |
| Enforcing thermodynamic stability in neural network-based equation of state interpolators for plasma physics | Lamy | Corisande | Corisande Lamy (CEA) | France | BPIF02 | P1.2056 | K14 |
| Bayesian modeling of thermal Helium beam spectroscopy in W7-X including beam attenuation | Lee | Wonjun | Wonjun Lee (Max-Planck-Institut für Plasmaphysik) | Germany | MCF06 | P1.1125 | C36 |
| Electron-impact ionization in a nonextensive plasma: the role of Tsallis q-entropy | Lee | Myoung-Jae | Myoung-Jae Lee (Hanyang University) | South Korea | BSAP04 | P1.3014 | K4 |
| Spatiotemporal structure of edge harmonic oscillation and its causal role in ELM-free QH-mode at KSTAR | Lee | Jaehyun | Jaehyun Lee (Korea Institute of Fusion Energy (KFE)) | South Korea | MCF07 | P1.1211 | C7 |
| AXUV synthetic diagnostics for the ASDEX Upgrade tokamak | Lengyel | Ferenc | Ferenc Lengyel (HUN-REN Centre for Energy Research, Institiute for Atomic Energy Research, Budapest, Hungary) | Hungary | MCF06 | P1.1126 | C36 |
| Localization of QCM and Observation of Filament Birth Location in the QCE Regime Using Comb Doppler Backscattering on ASDEX Upgrade | Liu | Xianzi | Xianzi Liu (Max Planck Institute for Plasma Physics) | Germany | MCF06 | P1.1128 | C37 |
| Simultaneous Nitrogen Fixation and CO2 Conversion via Magnetic Field Stabilized Glow Discharge (MSGD) | Liu | Yuexi | Yuexi Liu (Huazhong University of Science and Technology) | China | LTDP01 | P1.4000 | C1 |
| Two-dimensional kinetic simulations of heat transport in laser-irradiated magnetized gas jets | Loiseau | Pascal | Pascal Loiseau (CEA) | France | BPIF01 | P1.2012 | K12 |
| Overview of ORNL’s boundary plasma research activities on MAST-U | Lore | Jeremy | Jeremy Lore (Oak Ridge National Laboratory) | USA | MCF02 | P1.1022 | C19 |
| A two-dimensional conditional averaging method for velocity estimation immune to the barber pole effect | Losada | Juan Manuel | Juan Manuel Losada (UiT The Arctic University of Norway) | Norway | MCF06 | P1.1129 | C37 |
| Resolution-independent machine-learning heat flux closure for ICF plasmas | Luo | Mufei | Mufei Luo (University of Oxford) | UK | BPIF01 | P1.2013 | K12 |
| Concept of Cherenkov radiation sources based on complex surface structures for plasma science applications | MacLachlan | Amy | Amy MacLachlan (University of Strathclyde) | UK | BPIF06 | P1.2103 | Kilsyth |
| Experimental validation of an Allpix2-based simulation chain for Timepix3 photon detection in tokamak runaway-electron research | Malec | Štěpán | Štěpán Malec | Czechia | MCF06 | P1.1130 | C37 |
| Impact of negative upper triangularity on SOL width in self-consistent turbulence and plasma–neutral simulations | Mancini | Davide | Davide Mancini (EPFL) | Switzerland | MCF02 | P1.1023 | C19 |
| Fluid and plasma turbulence on Hybrid Lattices | Manfredini | Lorenzo | Lorenzo Manfredini (Laboratoire de Physique des Plasmas, Ecole Polytechnique) | France | BSAP04 | P1.3016 | K4 |
| Toward isotope-aware RMP modeling: Integral FLR ions and turbulence in electron screening currents | Markl | Markus | Markus Markl (Fusion@OEAW, Graz University of Technology) | Austria | MCF07 | P1.1212 | C7 |
| MHD energy conversion revisited – turning a frog into a prince | Marmar | Earl | Jeffrey Freidberg (MIT Plasma Science and Fusion Center) | USA | LTDP01 | P1.4002 | C1 |
| Study of glow discharge plasma in a hydrogen and helium mixture on the Uragan-2M | Martseniuk | Yurii | Yurii Martseniuk (National Science Center Kharkiv Institute of Physics and Technology) | Ukraine | MCF02 | P1.1024 | C19 |
| LIDAR Thomson Scattering diagnostic for STEP | Maslov | Mikhail | Mikhail Maslov (UKAEA) | UK | MCF06 | P1.1132 | C38 |
| Developments in phase-contrast imaging on TCV for ion- and electron-scale fluctuation measurements. | Masson | Vincent | Vincent Masson (EPFL) | Switzerland | MCF06 | P1.1133 | C38 |
| Detached divertor operation in DIII-D’s new compact Shape and Volume Rise divertor | Maurizio | Roberto | Roberto Maurizio (General Atomics, USA) | USA | MCF02 | P1.1025 | C20 |
| Machine Learning techniques for diagnostics design and real-time data analysis | Mazon | Didier | Didier Mazon (CEA) | France | MCF06 | P1.1134 | C38 |
| Highlighting the importance of kinetic effects in SOL plasmas using a novel moment kinetics code | McConnell | Lucas | Lucas McConnell (University of Oxford) | UK | MCF02 | P1.1026 | C20 |
| CP1300: Advanced Curling Probe for Electron Density Measurement in DC Plasmas | Mekki | Rofaida Nihed | Rofaida Nihed Mekki (Charles University) | Czechia | MCF06 | P1.1135 | C39 |
| ELM-avoidance in the EDA H-mode of Alcator C-Mod | Miller | Marco | Marco Miller (IPP Garching) | Germany | MCF07 | P1.1213 | C7 |
| Neural network surrogate for W7-X A-BES analysis | Molnar | Balazs | Balazs Molnar (HUN-REN Centre for Energy Research) | Hungary | MCF06 | P1.1136 | C39 |
| First time-dependent SOLPS-ITER simulations of detachment burn-through on MAST-U | Moulton | David | David Moulton (UKAEA) | UK | MCF07 | P1.1215 | C8 |
| Power exhaust studies in a X-Point Target divertor configuration on MAST-U: experiments and full-domain SOLEDGE3X-EIRENE simulations | Muscente | Paola | Paola Muscente (MIT Plasma Science and Fusion Center) | USA | MCF02 | P1.1029 | C21 |
| Impact of fuelling location on core impurity levels and detachment in STEP | Myatra | Omkar | Omkar Myatra (UKAEA) | UK | MCF02 | P1.1030 | C21 |
| High bandwidth Dispersion Interferometry for Alfvén-mode studies at W7-X | Nair | Vineeta | Vineeta Nair (Max Planck Institute for Plasma Physics) | Germany | MCF06 | P1.1137 | C39 |
| Wigner-Moyal formalism for wavekinetics and information scrambling in multi-field turbulence | Nakata | Motoki | Motoki Nakata (Komazawa University) | Japan | BSAP04 | P1.3017 | K5 |
| Deep learning-based high-fidelity plasma equilibrium reconstruction for DEMO-scale reactors using KSTAR ex-vessel magnetic and neutron diagnostics | Nam | Jeongyeon | Jeongyeon Nam (Korea institute of Fusion Energy (KFE)) | South Korea | MCF06 | P1.1138 | C40 |
| Development of models for time-dependent integrated pedestal simulations | Narita | Emi | Emi Narita (Graduate School of Engineering, Kyoto University) | Japan | MCF07 | P1.1216 | C8 |
| Multiphysics modelling and optical characterisation of a coaxial argon plasma jet: identifying stability limits and reactive species evolution | Navand | Fariborz | Fariborz Navand | UK | LTDP03 | P1.4051 | C2 |
| The Novatron N1 machine: commissioning of diagnostics data | Navarro Navarrete | Eduardo | Eduardo Navarro Navarrete (Novatron Fusion Group) | Sweden | MCF06 | P1.1139 | C40 |
| Lithium isotope abundance analysis in liquid samples using laser-produced vapor for laser-induced breakdown spectroscopy | Ngoc Tran | Tuyen | Tuyen Ngoc Tran (Korea Institute of Fusion Energy) | South Korea | MCF06 | P1.1140 | C40 |
| Expanding a local, linear gyrokinetic dataset of H-mode pedestals in recent MAST-U campaigns | Niemelä | Anna | Anna Niemelä | Finland | MCF07 | P1.1217 | C8 |
| Data-driven dynamics model of L-H transition towards tokamak experiment | Noh | Hyeongjun | Hyeongjun Noh (Seoul National University) | South Korea | MCF06 | P1.1141 | C41 |
| Gyrokinetic simulations of turbulent energy exchange in dipole configuration | Numata | Ryusuke | Ryusuke Numata (University of Hyogo) | Japan | BSAP04 | P1.3018 | K5 |
| Profile reflectometry and electron cyclotron emission diagnostics prototypes for Modular Diagnostics Platform | Nurgaliev | Maxim | Maxim Nurgaliev (Next Step Fusion) | Luxembourg | MCF06 | P1.1142 | C41 |
| Non-Local Kinetic Modeling of Self-Generated Magnetic Fields in ICF Laser-Plasmas | Oxley | Matthew | Matthew Oxley (University of York PhD Student) | UK | BPIF01 | P1.2016 | K13 |
| Wide spectrum X-ray diagnostics for experiments towards burning plasma | Pacella | Danilo | Danilo Pacella (ENEA) | Italy | MCF06 | P1.1143 | C41 |
| SOLPS-ITER modelling of the first alternative divertor configuration experiments on ASDEX Upgrade | Pan | Ou | Ou Pan (Max Planck Institute for Plasma Physics) | Germany | MCF02 | P1.1031 | C21 |
| Nonthermal electron cyclotron emission in marginally stable quiescent runaway electron discharges | Park | Kikyung | Kikyung Park (Department of nuclear engineering, Seoul National University, Seoul, Korea) | South Korea | MCF06 | P1.1144 | C42 |
| Turbulent fluctuation analysis using information geometry in L-H and H-L transitions in the KSTAR tokamak | Parker | Max | Max Parker (Coventry University) | UK | MCF07 | P1.1218 | C13 |
| Exploring neutral particle Monte Carlo simulation in plasmas with unstructured meshes | Paynter | Gabriel | Gabriel Paynter (University of York) | UK | MCF02 | P1.1033 | C22 |
| Real-time plasma parameter reconstruction from multispectral imaging using physics-informed deep learning | Perek | Artur | Artur Perek (EPFL) | Switzerland | MCF06 | P1.1145 | C42 |
| Ion collection by charged surfaces under grazing incidence angle – simulations via advanced PIC modelling | Podolník | Aleš | Aleš Podolník (Institute of Plasma Physics of the Czech Academy of Sciences) | Czechia | MCF02 | P1.1034 | C22 |
| Possible shortcomings of fluid approximations in plasma-neutral interactions: comparison with nonlinear kinetic model | Protais | Matthieu | Matthieu Protais (CEA) | France | MCF02 | P1.1035 | C22 |
| Experimental observation of inter-ELM micro-tearing modes in EAST pedestal | Qu | Chengming | Chengming Qu (Institute of Energy, Hefei Comprehensive National Science Center) | China | MCF07 | P1.1219 | C13 |
| Reduced Rotation Sensitivity of RMP-Induced Edge Response in ITER High-q DT-1 Scenarios | Ra | Ookjoo | Ookjoo RA (ITER Organization) | ITER | MCF02 | P1.1036 | C23 |
| Investigating scaling MagLIF to higher current loads with CHIMERA simulations | Read | Jamie | Jamie Read (AWE) | UK | BPIF01 | P1.2018 | K13 |
| Improved Homogeneous-Mixing Model in ERO2.0 for boron layer modelling | Rode | Sebastian | Sebastian Rode (Forschungszentrum Jülich GmbH) | Germany | MCF02 | P1.1037 | C23 |
| Model of low-frequency MHD waves at the plasma pedestal | Rodrigues | Paulo | Paulo Rodrigues (IPFN, Instituto Superior Tecnico, Universidade de Lisboa) | Portugal | MCF07 | P1.1220 | C13 |
| Axisymmetric (n=0) high-frequency MHD oscillations at the pedestal of JET plasmas | Roque | Leonor | Leonor Roque (IPFN, Instituto Superior Técnico, Universidade de Lisboa) | Portugal | MCF07 | P1.1221 | C14 |
| Distinguishing chemical and physical erosion of boron and B:D layers under deuteron bombardment in the linear plasma device PSI-2 | Sackers | Marc | Marc Sackers | Germany | MCF02 | P1.1038 | C23 |
| Edge stability of high $\beta_N$ plasmas in HL-3 and their plasma response to external magnetic pertubations | Salvador | Felipe | Felipe Salvador (Institute of Physics of University of São Paulo) | Brazil | MCF07 | p1.1222 | C3 |
| Forward analysis of core and shell conditions in an inertial fusion implosion using the multi-monochromatic X-ray imager | Saputil | Ryan Carlo | Ryan Carlo Saputil (York Plasma Institute, University of York, Heslington, York YO10 5DQ, United Kingdom) | UK | BPIF01 | P1.2019 | K13 |
| SOL transport characterization in WEST limiter configuration | Sartorello | Simone | Simone Sartorello | Italy | MCF02 | P1.1039 | C24 |
| Reliable long term operation of hot cathode gauge cathode assemblies | Schlisio | Georg | Georg Schlisio (Max-Planck-Institut für Plasmaphysik, Greifswald) | Germany | MCF06 | P1.1147 | C42 |
| STEAM (Super-Thermal Exchange via Advanced Micro-boiling) heat-sink technology for heat resistant plasma-facing components | Sedmidubský | Václav | Václav Sedmidubský (Institute of Plasma Physics of the Czech Academy of Sciences) | Czechia | MCF02 | P1.1040 | C24 |
| Detecting Electron Energy Distribution Function Distortions through Multi-Diagnostic Comparison in Fusion Plasmas | Senni | Luca | Luca Senni (Institute for Applied Mathematics – CNR) | Italy | MCF06 | P1.1149 | C43 |
| WEST core performance enhancement: B powder drop vs N2 injection | Sgrelli | Diana | Diana Sgrelli (CEA) | France | MCF02 | P1.1041 | C24 |
| ExB shear layer formation in the island divertor scrape-off-layer | Shanahan | Brendan | Brendan Shanahan (MIT PSFC) | USA | MCF02 | P1.1042 | C25 |
| Stationary power-law solutions of weak kinetic-Alfvenic turbulence | Shen | Kexun | Kexun Shen (Institute for Fusion Theory and Simulation, School of Physics, Zhejiang University, Hangzhou, People’s Republic of China) | China | BSAP04 | P1.3022 | K5 |
| Assessing extrapolation issues of TCV’s tightly baffled, long-legged divertor using SOLPS-ITER | Sintre | Pierre | Pierre Sintre (Swiss Plasma Center (EPFL)) | Switzerland | MCF02 | P1.1043 | C25 |
| Direct approach to helicon physics and transport phenomena by plasma diagnostics at the Resonant Antenna Ion Device | Sobczuk | Franciszek | Franciszek Sobczuk (Swiss Plasma Center, École Polytechnique Fédérale de Lausanne) | Switzerland | MCF06 | P1.1151 | C43 |
| High-k electron-scale turbulence scattering instrument and synthetic diagnostic development for MAST-U | Speirs | David | David Speirs (University of Strathclyde) | UK | MCF06 | P1.1152 | C43 |
| Digital Twins for the Material Plasma Exposure eXperiment (MPEX) | Staebler | Gary | Gary Staebler (Oak Ridge National Laboratory) | USA | MCF02 | P1.1044 | C25 |
| Equilibrium and stability of an electron plasma in a levitated dipole trap | Steinbrunner | Patrick | Patrick Steinbrunner (Max Planck Institute for Plasma Physics Garching) | Germany | BSAP04 | P1.3023 | K6 |
| Advanced divertor heat flux analysis for alternative divertor concepts and non-trivial tile geometries with the updated open source code THEODOR | Stieglitz | Dirk Joachim | Dirk Joachim Stieglitz (Max Planck Institute for Plasma Physics) | Germany | MCF02 | P1.1045 | C26 |
| Moments in Time: Numerical Analysis of a Method for Time Resolved Neutron Spectroscopy | Stuart | Charlotte | Charlotte Stuart (University of Oxford) | UK | BPIF01 | P1.2020 | K8 |
| Characterization of impurity screening across the H-mode pedestal in STEP using the JINTRAC code | Suarez Lopez | Guillermo | Guillermo Suarez Lopez (UK Atomic Energy Authority) | UK | MCF07 | P1.1223 | C14 |
| Modular diagnostics platform – a microwave-based integrated measurement complex concept for magnetic confinement fusion power plants | Subbotin | Georgy | Georgy Subbotin (Next Step Fusion S.a.r.l) | Luxembourg | MCF06 | P1.1153 | C44 |
| Fluctuation Theorem for Collisionless Processes in Kinetic Plasma Systems | Sugama | Hideo | Hideo Sugama (National Institute for Fusion Science) | Japan | BSAP04 | P1.3024 | K6 |
| Optimization of ELM control using RMPs with minimal fast-ion loss | Sun | Youwen | Youwen Sun (Institute of plasma physics, Chinese Academy of Sciences) | China | MCF07 | P1.1224 | C14 |
| Accessing peeling-limited pedestals in TCV through low pedestal collisionality and high elongation | Sundberg | Olle | Olle Sundberg (KTH Royal Institute of Technology) | Sweden | MCF07 | P1.1225 | C15 |
| A Probabilistic Formulation and Generalised Two-Foil Method for Joint Estimation of Electron Temperature and Impurity Content on COMPASS-U | Svoboda | Jakub | Jakub Svoboda (Institute of Plasma Physics of the Czech Academy of Sciences) | Czechia | MCF06 | P1.1154 | C44 |
| Predictive and integrated modelling of the COMPASS Upgrade high-performance scenario with SOLPS-ITER | Švorc | Daniel | Daniel Švorc (Institute of Plasma Physics, Czech Academy of Sciences) | Czechia | MCF02 | P1.1046 | C26 |
| Hybrid MHD-kinetic simulations of the interplay between the X-Point Radiator and edge instabilities in ASDEX Upgrade | Szűcs | Máté | Máté Szűcs (Max Planck Institute for Plasma Physics) | Germany | MCF02 | P1.1047 | C26 |
| A New Fluid-Sheath Model for Investigating Sheath Effects on Tungsten Sputtering Yields in Divertor | Tang | Tengfei | Tengfei Tang (Agency of Science, Technology and Research) | Singapore | MCF02 | P1.1048 | C27 |
| The role of neutrals and transport in fuelling MAST Upgrade H-mode plasmas | Thomas | Steven | Steven Thomas (MIT Plasma Science and Fusion Center) | UK | MCF07 | P1.1226 | C15 |
| Modeling of magnetized fluid equations for hydrogen isotope ion-molecule collisions based on the Boltzmann collision integral | Umezaki | Daisuke | Daisuke Umezaki (National Institutes for Quantum Science and Technology) | Japan | MCF02 | P1.1049 | C27 |
| Injecting Arbitrarily Tilted Laser Pulses in Cartesian PIC Simulations | Vábek | Jan | Jan Vábek | Czechia | BPIF06 | P1.2104 | K9 |
| Concentration-Dependent Effect of Hydrogen Peroxide Generated by Non-Thermal Plasma on the Viability of Schistosoma mansoni Cercariae | Vargova | Monika | Monika Vargova | Czechia | LTDP03 | P1.4052 | C2 |
| Radial electric field profile and geodesic acoustic modes in tokamak plasmas | Vermare | Laure | Laure Vermare (Laboratoire de Physique des Plasmas (LPP), CNRS, Ecole Polytechnique) | France | MCF07 | P1.1227 | C15 |
| Strategic utilisation of acidic sites in the catalyst support for enhanced DBD plasma-catalytic ammonia synthesis | Vodlan | Katja | Katja Vodlan (National Institute of Chemistry) | Slovenia | LTDP01 | P1.4003 | C1 |
| Modeling of ELM-induced plasma transport using collisional Vlasov model | Wang | Ce | Ce Wang (Ghent University) | Belgium | MCF02 | P1.1050 | C27 |
| Study on Multi-color Imaging Diagnosis Based on Metasurface Technology | Wang | Yao | Yao Wang (Harbin Institute of Technology) | China | MCF06 | P1.1158 | C44 |
| Studying the impact of parallel nonlocal SOL transport on neutral opacity in low collisionality spherical tokamaks using Hermes-3 | Wigram | Michael | Michael Wigram (MIT) | USA | MCF02 | P1.1051 | C28 |
| The Scotty beam-tracing code: benchmarking and extension to stellarators | Wikarta | Eduard | Eduard Wikarta (Agency for Science, Technology, and Research (A*STAR)) | Singapore | MCF06 | P1.1159 | C45 |
| Disturbance rejection and detachment dynamics in TCV’s X-Point Target divertor | Winkel | Max | Max Winkel (Dutch Institute for Fundamental Energy Research (DIFFER)) | The Netherlands | MCF02 | P1.1052 | C28 |
| Activation measurements and inventory calculations performed at IPPLM for ITER materials irradiated during the DTE3 campaign at JET | Wlodarczyk | Jakub | Jakub Wlodarczyk (Institute of Plasma Physics and Laser Microfusion) | Poland | MCF06 | P1.1160 | C45 |
| Hessian structure of space-charge confinement equilibria and associated particle motion | Wood | Kelly | Kelly Wood (University of North Texas) | USA | BSAP04 | P1.3026 | K6 |
| Gyrokinetic simulation of the Edge radial electric field generated by the ion orbit loss in tokamak | Xiao | Shiqi | Shiqi Xiao (University of Science and Technology of China) | China | MCF07 | P1.1228 | C16 |
| Intrinsic edge-localized mode mitigation via alfvenic turbulence-driven zonal flows in tokamak plasmas | Xue | Guanqun | Guanqun Xue (Southwestern Institute of Physics) | China | MCF07 | P1.1229 | C16 |
| Observation of electron temperature anisotropy in high-temperature plasmas by Thomson scattering diagnostics | Yamada | Ichihiro | Ichihiro Yamada (National Institute for Fusion Science) | Japan | MCF06 | P1.1161 | C45 |
| Development of Ka-band Frequency-Comb Microwave Reflectometer System for Heliotron J | Yamanaka | Yuta | Yuta Yamanaka | Japan | MCF06 | P1.1162 | C46 |
| Understanding 3D plasma response for ELM and error field control in MAST-U Spherical Tokamak using a perturbed equilibrium approach | Yun | Hong-Sik | Hong-Sik Yun (Seoul National University) | South Korea | MCF07 | P1.1230 | C16 |
| Core radiation peaking in high-density ECR-heated plasmas in W7-X and implications for classical impurity transport | Zhang | Daihong | Daihong Zhang | Germany | MCF06 | P1.1164 | C46 |
| Data-driven modeling of shock physics by physics-informed MeshGraphNets | ZHANG | SIFEI | SIFEI ZHANG (Department of Physics, University of Oxford) | UK | BSAP04 | P1.3027 | K7 |
Tuesday
| Title | lastname | firstname | Submitter (affiliation) | Country | Submitted for tracks | poster ID | Board |
| Turbulence and transport across electron-ion root transitions during ECRH modulation in the TJ-II stellarator | Alvarez | Arnold Alonso | Arnold Alonso Alvarez (Universidad de São Paulo) | Brasil | MCF01 | P2.1001 | C1 |
| Development of Tokamak Discharge Scenarios with NSFsim and Deep Reinforcement Learning | Adishchev | Evgeny | Evgeny Adishchev (Next Step Fusion s.a.r.l.) | Luxembourg | MCF05 | P2.1150 | K1 |
| Asymptotic scaling theory of electrostatic turbulent transport in magnetised fusion plasmas | Adkins | Toby | Toby Adkins | USA | MCF01 | P2.1000 | C1 |
| Characterisation of anomalous electric fields in the turbulent Earth’s magnetosheath: insights from 3D hybrid simulations. | Agudelo Rueda | Jeffersson Andres | Jeffersson Andres Agudelo Rueda (Northumbria university) | UK | BSAP01 | P2.3000 | C43 |
| Simulations of tungsten screening in STEP | Aho-Mantila | Leena | Leena Aho-Mantila (VTT) | Finland | MCF05 | P2.1151 | K1 |
| ECRH/ECCD on ST40: modelling developments and experimental campaign preparation | Alieva | Aleksandra | Aleksandra Alieva (Tokamak Energy LTD) | UK | MCF05 | P2.1152 | K1 |
| Plasma Turbulence in a Flux-Driven Hasegawa–Wakatani System | Amaral | Lucas N. A. | USP | Brasil | MCF01 | P2.1118 | C34 |
| Secondary sources from laser-driven particle accelerators: an optimisation methodology | Andronic | Maxim | Maxim Andronic (National University of Science and Technology POLITEHNICA Bucharest) | Romania | BPIF04 | P2.2003 | S1 |
| Velocity-space adaptive mesh refinement for Vlasiator:Strategy and performance metrics | Antoine | Maxence | Maxence Antoine (Department of Physics, University of Helsinki, Helsinki, Finland) | Finland | BSAP01 | P2.3002 | C43 |
| Generation of low temperature plasma channel in gas-filled capillaries for laser-driven electron acceleration | Arjmand | Sahar | Sahar Arjmand (INFN-LNS) | Italy | BPIF04 | P2.2004 | S1 |
| Global gyrokinetic modelling of impurity transport of lithium, tin and tungsten | Avril | Romain | Romain Avril | France | MCF01 | P2.1002 | C1 |
| Modelling of ion distributions under ICRH with LUKE and Foppler | Baehner | Lukas | Lukas Baehner (KTH Royal Institute of Technology, Stockholm, Sweden) | Sweden | MCF05 | P2.1153 | K2 |
| Geometry effects on density fluctuation measurements with phase contrast imaging in Wendelstein 7-X | Bähner | Jan-Peter | Jan-Peter Bähner (Max Planck Institute for Plasma Physics, Greifswald, Germany) | Germany | MCF01 | P2.1003 | C2 |
| A multi-machine gyrokinetic study on the impact of plasma shaping on transport and prospects for a negative triangularity reactor | Balestri | Alessandro | Alessandro Balestri (EPFL – SPC) | Switzerland | MCF01 | P2.1004 | C2 |
| Implicit-Explicit time integration scheme with Physics-based precondition for the two-fluid plasma model of tokamak edge turbulence | Bassanini | Micol | Micol Bassanini (EPFL) | Switzerland | MCF01 | P2.1006 | C2 |
| Prediction of laser-induced breakdown in sub-micron-thick dielectric targets for laser-ion acceleration | Bernert | Constantin A. | Constantin A. Bernert (Helmholtz-Zentrum Dresden – Rossendorf) | Germany | BPIF04 | P2.2005 | S1 |
| Gyro-kinetic analyses of impurity transport within varying triangularity, high-density spherical tokamak plasmas with GENE | BHATTACHARYA | AMRITA | AMRITA BHATTACHARYA (Independent Researcher) | India | MCF01 | P2.1007 | C3 |
| Impact of nitrogen seeding on L-H transitions and demonstration of a continuously detached plasma pulse | Birkenmeier | Gregor | Gregor Birkenmeier (Max Planck Institute for Plasma Physics, Garching) | Germany | MCF05 | P2.1154 | K2 |
| Impact of electron models on microinstability identification in ITER-relevant plasmas | Bottino | Alberto | Alberto Bottino (Max Planck Institute for Plasma Physics) | Germany | MCF01 | P2.1009 | C3 |
| Validation of reduced transport models for integrated modeling of AUG L-mode discharges in the European Transport Simulator | Brandström | Boel | Boel Brandström (Chalmers University of Technology) | Sweden | MCF01 | P2.1010 | C3 |
| High-fidelity predictive integrated modeling of core impurity transport in the Volumetric Neutron Source (VNS) tokamak | Bray | Elisabetta | Elisabetta Bray (Politecnico di Torino) | Italy | MCF01 | P2.1011 | C4 |
| Intermittent filament dynamics and density profile formation in scrape-off layer turbulence | Brynjulfsen | Synne | Synne Brynjulfsen (UiT The Arctic University of Norway) | Norway | MCF01 | P2.1012 | C4 |
| Impact of 3D magnetic perturbations on plasma transport using SOLEDGE-HDG code: application to magnetic ripple in WEST tokamak | Capasso | Marcello | Marcello Capasso (CEA/IRFM) | France | MCF01 | P2.1014 | C4 |
| Raman scattering experiments using microwaves in inductively coupled cool plasma | Casserly | Sophie | Sophie Casserly (SUPA and Department of Physics, University of Strathclyde) | UK | BSAP05 | P2.3050 | C39 |
| 20-Dimensional surrogate-assisted Bayesian optimization of laser-driven proton beams | Catrix | Elias | Elias Catrix (Institut national de la recherche scientifique) | Canada | BPIF04 | P2.2007 | S2 |
| Lower-Hybrid current drive in long-pulse X-point radiator plasmas in the WEST tokamak | Cazabonne | Jean | Jean Cazabonne | France | MCF05 | P2.1155 | K2 |
| Tunable frequency conversion via spatiotemporal control of ionization fronts | Chakraborty | Debolina | Debolina Chakraborty (Stanford University) | USA | BPIF04 | P2.2008 | S2 |
| Effect of profile curvature in fusion devices | Chandrarajan Jayalekshmi | Ajay | Ajay Chandrarajan Jayalekshmi (Nanyang Technological University, Singapore) | Singapore | MCF01 | P2.1045 | C13 |
| Nonlinear power deposition and efficiency loss of lower hybrid current drive | Chen | Kunyu | Kunyu Chen (Tsinghua University) | China | MCF05 | P2.1156 | K3 |
| Ponderomotive generation of density cavities from kinetic Alfven wave-slow-mode coupling in Earth’s high-beta plasma sheet | Chettri | Mani | Mani Chettri (Sikkim University) | India | BSAP01 | P2.3004 | C43 |
| Identification of intermittent transport structures in TOKAM2D edge turbulence via unsupervised learning | Chua | Eddie | Eddie Chua (Future Energy Acceleration and Translation, A*STAR) | Singapore | MCF01 | P2.1016 | C5 |
| Development of an inboard-limited ITB scenario toward diverted operation in KSTAR | Chung | Jinil | Jinil Chung (Korea Institute of Fusion Energy) | South Korea | MCF05 | P2.1157 | K3 |
| Progress in the quest for a non-inductive, steady-state, high-performance regime on the TCV tokamak | Coda | Stefano | Stefano Coda (EPFL-SPC) | Switzerland | MCF05 | P2.1158 | K3 |
| Exploring spectral energy transfer in nonlinear gyrokinetic simulations to understand zonal flow drive in tokamaks | Cook | Bailey | Bailey Cook (University of York) | UK | MCF01 | P2.1017 | C5 |
| Ultrafast radiobiology at the femtosecond scale using laser-wakefield accelerated electron beams | Corrigan | Lucia | Queen’s University Belfast | UK | BPIF04 | P2.2050 | S13 |
| Reduced TEM Turbulent Transport in Negative Triangularity Plasmas: insights from a Reduced Model and Global Gyrokinetic Simulations | De Gianni | Ludovica | Ludovica De Gianni | France | MCF01 | P2.1018 | C5 |
| Kinetic plasma instabilities due to relativistic electron injection into the magnetosphere and resulting wave-induced diffusion | Denoual | Emilien | Emilien Denoual (CEA) | France | BSAP01 | P2.3006 | C44 |
| A multidiagnostic and model-informed approach to suprathermal electron radial transport in a Fokker-Planck framework | Devlaminck | Ewout | Ewout Devlaminck (Swiss Plasma Center, EPFL) | Switzerland | MCF05 | P2.1159 | K4 |
| Multiscale Transport: Predictive Insights and Challenges for Next-Generation Fusion Devices | Dif Pradalier | Guilhem | Guilhem Dif Pradalier (CEA, IRFM) | France | MCF01 | P2.1019 | C6 |
| Efficient Neutral Beam Optimization for Beam Driven Tokamaks | Dlougach | Eugenia | Eugenia Dlougach (Neutral Beam Research Ltd) | UK | MCF05 | P2.1160 | K4 |
| Gysela-axi: a flux-driven full-F gyrokinetic code to simulate axisymmetric tokamak plasmas | Donnel | Peter | Peter Donnel (CEA) | France | MCF01 | P2.1020 | C6 |
| Detection and tracking of filament interactions in the edge of magnetically confined plasmas in the COMPASS tokamak using machine learning | Dubus-Chanson | Victor | Victor Dubus-Chanson (Université de Lorraine) | France | MCF01 | P2.1021 | C6 |
| Generation of Zonal-Flow Analogues by MHD Alfvén Waves | Edmiston | James | James Edmiston (University of Oxford) | UK | MCF01 | P2.1023 | C7 |
| A minimal model for Floquet modes in a tokamak with flow and magnetic shear | Evans | Megan | Megan Evans (University of Oxford) | UK | MCF01 | P2.1024 | C7 |
| Direct observations of forward energy transfer induced by core-edge interactions in tokamak turbulence | Fei | Chen | Chen Fei (ASIPP) | China | MCF01 | P2.1025 | C7 |
| Radial correlation reflectometry analysis of tritium-rich and hybrid JET plasmas | Figueiredo | António | António Figueiredo (Instituto Superior Técnico) | Portugal | MCF05 | P2.1162 | K5 |
| Predict-first integrated modeling of WEST long pulse operation with combined ECRH/ECCD and LHCD | Fonghetti | Theo | Theo Fonghetti (Aix-Marseille University) | France | MCF05 | P2.1163 | K5 |
| Laser-driven high-energy positron source for plasma acceleration studies | Foster | Temour | Queen’s University Belfast | UK | BPIF04 | P2.2048 | S12 |
| Turbulence saturation mechanisms in the 15MA ITER baseline scenario | Fransson | Emil | Emil Fransson (Aix-Marseille Univ.) | France | MCF01 | P2.1026 | C8 |
| Two-dimensional kinetic full wave analysis in magnetized plasmas using integral form of dielectric tensor | Fukuyama | Atsushi | Atsushi Fukuyama (Kyoto University) | Japan | MCF05 | P2.1164 | K5 |
| Predictive integrated modelling of a high-radiation fraction electron cyclotron heated STEP plasma scenario | Gabriellini | Stefano | Stefano Gabriellini (UK Atomic Energy Authority) | UK | MCF01 | P2.1027 | C8 |
| Neoclassical transport in 3D magnetic configurations: a unified picture | Garbet | Xavier | Xavier Garbet (NTU/CEA) | Singapore | MCF01 | P2.1028 | C8 |
| ENHANCED IMPURITY TRANSPORT IN HIGH-DENSITY LHD PLASMAS | García Cortés | Isabel | Isabel García Cortés (CIEMAT) | Spain | MCF01 | P2.1029 | C9 |
| Exploring High-Gain Burning Plasmas in IGNITOR | Gatto | Renato | Lorenzo Savino (Department of Electrical and Energy Engineering, Sapienza University of Rome, Italy) | Italy | MCF05 | P2.1165 | K6 |
| Adjoint eigenmode decomposition of electrostatic turbulence in the W7-X stellarator | Gerard | Michael | Michael Gerard (Max-Planck-Institute For Plasma Physics, Greifswald, Germany) | Germany | MCF01 | P2.1030 | C9 |
| Impurity Transport using Tracer Particles and the Hasegawa-Wakatani model | Ghiam | Roman | Roman Ghiam (University of York) | UK | MCF01 | P2.1031 | C9 |
| Relaxation oscillations driven by the diocotron instability in trapped electron clouds | Giroud-Garampon | Pierrick | Pierrick Giroud-Garampon (Ecole Polytechnique Federale de Lausanne (EPFL)) | Switzerland | BSAP05 | P2.3051 | C40 |
| Laser wakefield acceleration of ions with a transverse flying focus | Gong | Zheng | Zheng Gong (Institute of Theoretical Physics, Chinese Academy of Sciences) | China | BPIF04 | P2.2009 | S2 |
| General solution for linear and non-linear double tearing modes with rotation shear and low-n ballooning effects in toroidal geometry | Graves | Jonathan | Jonathan Graves (EPFL) | Switzerland | MCF01 | P2.1117 | C33 |
| L-mode reference scenario for edge code validation at ASDEX Upgrade | Grenfell | Gustavo | Gustavo Grenfell (Max Planck Institute for Plasma Physics) | Germany | MCF01 | P2.1032 | C10 |
| Operational status and current capabilities of the ELIMAIA-ELIMED experimental platform | Grepl | Filip | Filip Grepl (ELI ERIC – ELI Beamlines facility) | Czechia | BPIF04 | P2.2010 | S3 |
| Improving laser-driven proton beam divergence and uniformity by using self-generated EM multipoles in channel-shaped targets | Greplova Zakova | Martina | Martina Greplova Zakova (The Extreme Light Infrastructure ERIC – ELI Beamlines Facility) | Czechia | BPIF04 | P2.2011 | S3 |
| Transport investigations in pellet-fuelled plasmas of ASDEX Upgrade | Gschoesser | Florian | Florian Gschoesser (Max Planck Institute for Plasma Physics) | Germany | MCF01 | P2.1033 | C10 |
| Extending the GRAY beam-tracer beyond the standard electron cyclotron heating modelling | Guerini Rocco | Michele | Michele Guerini Rocco (Department of Physics, University of Milano-Bicocca, Milan, Italy) | Italy | MCF05 | P2.1166 | K6 |
| Poloidally truncated models for turbulent transport in the Hasegawa-Wakatani system | Guillon | Pierre | Pierre Guillon (Laboratoire de Physique des Plasmas, Ecole polytechnique) | France | MCF01 | P2.1034 | C10 |
| Self-consistent spatiotemporal modeling of the interactions between full-energy helium ions and a drift wave-zonal flow system | Guo | Weixin | Weixin Guo (hust) | China | MCF01 | P2.1035 | C11 |
| Electron cyclotron tokamak breakdown: validation on KSTAR and implications for ITER-like devices | Gwak | Jinwoo | Jinwoo Gwak (Seoul National University) | South Korea | MCF05 | P2.1167 | K6 |
| Beyond Gyrokinetics: Gradient Driven Ion Cyclotron Instabilities in Thermal Tokamak Plasmas | Hallatschek | Klaus | Klaus Hallatschek (IPP-Garching) | Germany | MCF01 | P2.1037 | C11 |
| Laser requirements for a carbon ion injector in a next-generation compact heavy ion cancer therapy system | Hata | Masayasu | Masayasu Hata | Japan | BPIF04 | P2.2012 | S3 |
| Exploring pathways to reactor-relevant integrated scenarios in MAST-U through targeted trade-offs in plasma shape, stability, and density control | Henderson | Stuart | Stuart Henderson (UKAEA) | UK | MCF05 | P2.1168 | K7 |
| Experimental observations of ultra-intense laser coupling to nanowire targets | Herdman | Chris | Chris Herdman (York Plasma Institute) | UK | BPIF04 | P2.2013 | S4 |
| PlasmaFAIR: 5 years of improving sustainability of the plasma science software ecosystem | Hill | Peter | Peter Hill (University of York) | UK | BSAP06 | P2.3100 | C36 |
| Hybrid study of the prepulse impact on cryogenic hydrogen targets | Hirsch-Passicos | Arthur | Arthur Hirsch-Passicos (Helmholtz-Zentrum Dresden-Rossendorf) | Germany | BPIF04 | P2.2014 | S4 |
| High-accuracy transport model surrogates via deep kernel learning in Gaussian process regression | Honda | Mitsuru | Mitsuru Honda (Graduate School of Engineering, Kyoto University) | Japan | MCF01 | P2.1038 | C11 |
| Nitrogen-induced ELM suppression and confinement improvement in the EAST tokamak with a full metal wall | Hu | Jingyan | Jingyan Hu | China | MCF01 | P2.1039 | C12 |
| Exploring operational scenarios of DTT through core-edge integrated modelling | Hu | Qingyun | Qingyun Hu (Istituto per la Scienza e Tecnologia dei Plasmi, CNR, Milano, Italy) | Italy | MCF05 | P2.1169 | K7 |
| Deterministic particle transport driven by topological evolution of non-rigid coherent structures | Huang | Purui | Purui Huang (Harbin Institute of Technology) | China | MCF01 | P2.1041 | C12 |
| Impurity effects on particle and heat transport driven by micro-tearing mode in the tokamak pedestal | Huang | Shanni | Shanni Huang (hust) | China | MCF01 | P2.1042 | C12 |
| Free-energy-based reduced transport model for bistability and hysteresis in plasma turbulence | Izuka | Tasuku | Tasuku Izuka (Department of Nuclear Physics, Kyoto University) | Japan | MCF01 | P2.1043 | C13 |
| Automated Parameter Optimization for Laser Wakefield Acceleration through Differentiable Generative Modeling | Jech | Matej | Matej Jech | Czechia | BPIF04 | P2.2015 | S4 |
| Moment-Fourier approach to parallel closures and transport for a toroidally confined multi-ion plasma | Ji | Jeong-Young | Jeong-Young Ji (Seoul National University) | South Korea | MCF01 | P2.1046 | C13 |
| Multiscale Turbulent Interactions between Tearing Modes and Microturbulence in Magnetically Confined Plasmas | JITSUK | TAWEESAK | TAWEESAK JITSUK (Dutch Institute for Fundamental Energy Research) | The Netherlands | MCF01 | P2.1048 | C14 |
| Effects of Magnetic Shear and Temperature Gradients on Intrinsic Rotation Driven by Global Electromagnetic ITG Modes | Kaang | Helen | Helen Kaang (KOREA INSTITUTE OF FUSION ENERGY (KFE)) | South Korea | MCF01 | P2.1049 | C14 |
| Bayesian optimization based laser wavefront tuning for Laser Wakefield Acceleration | Kad | Proxy | Proxy Kad (CEA Paris-Saclay) | France | BPIF04 | P2.2016 | S5 |
| Controlled excitation of zonal flows, mean-flow interaction, and transport regulation in a linear magnetized plasma | Karmakar | Tanmay | Tanmay Karmakar (Institute for plasma research) | India | BSAP05 | P2.3053 | C40 |
| Transport simulation of impurities in nuclear fusion tokamak devices by using integrated code TASK | Kasuya | Naohiro | Naohiro Kasuya (Kyushu University) | Japan | MCF05 | P2.1170 | K7 |
| Experimental investigation of sub-ion scale turbulence in a linear magnetized plasma device PANTA | Kawachi | Yuichi | Yuichi Kawachi (Nagoya University) | Japan | MCF01 | P2.1050 | C14 |
| Laser-Driven Ion Surfing via Ponderomotive Self-Injection | Kehoe | Noel | Noel Kehoe (Queens University Belfast) | UK | BPIF04 | P2.2018 | S5 |
| Drift wave turbulence in "full-f" and "full-k" | Kendl | Alexander | Alexander Kendl (University of Innsbruck) | Austria | MCF01 | P2.1051 | C15 |
| Experimental identification of turbulence mediators facilitating nonlocal heat transport in LHD | Kenmochi | Naoki | Naoki Kenmochi (National Institute for Fusion Science) | Japan | MCF01 | P2.1052 | C15 |
| Pedestal Performance Recovery via ELM Dynamics Control under Tungsten Divertor Condition in KSTAR | KIM | HYUNSEOK | HYUNSEOK KIM (Korea Institute of Fusion Energy (KFE)) | South Korea | MCF05 | P2.1171 | K8 |
| PLASMA INITIATION ASSESSMENT IN SPHERICAL TOKAMAK FOR ENERGY PRODUCTION | Kim | Hyun-Tae | Hyun-Tae Kim (UK Atomic Energy Authority) | UK | MCF05 | P2.1172 | K8 |
| Numerical simulations investigating the isotope effect in the plasma sheath of negative ion sources for fusion NBI | Kirk | Grace | Grace Kirk (The Max Planck Institute for Plasma Physics) | Germany | MCF05 | P2.1175 | K8 |
| Overview on high frequency quasi-coherent modes at Wendelstein-7X | Krämer-Flecken | Andreas | Andreas Krämer-Flecken | Germany | MCF01 | P2.1054 | C15 |
| Study of core-edge coupling for transport modelling during limiter ramp-up phase on WEST | Kudashev | Ivan | Ivan Kudashev (M2P2, Aix-Marseille University) | France | MCF01 | P2.1055 | C16 |
| Soft X-ray Ne-like argon lasers excited by low-voltage capillary Z-pinches | Kukhlevsky | Sergei | Sergei Kukhlevsky (Department of Theoretical Physics, Institute of Physics, University of Pecs, Ifjusag u. 6, 7624 Pecs, Hungary) | Hungary | BPIF04 | P2.2019 | S5 |
| Investigating transport barrier formation in SOLEDGE3X 3D turbulent simulations of the COMPASS boundary plasma | Lambresa | Michele | Michele Lambresa (Aix-Marseille University) | France | MCF01 | P2.1056 | C16 |
| THz emission in relativistic laser-wire interaction: diffraction effects on antenna and coherent transition radiation spectra | Latrille | Lucas | Lucas Latrille (CEA, CELIA, Université de Bordeaux) | France | BPIF04 | P2.2022 | S6 |
| Modeling Betatron Radiation from Laser Wakefield Accelerators | Lawrence | Owen | Owen Lawrence (University of York) | UK | BPIF04 | P2.2023 | S6 |
| Development of coupled free-boundary and core-edge transport simulations of 5MA ITER SRO scenarios using the High-Fidelity Plasma Simulator (HFPS) | Lee | Jaegon | Jaegon Lee (ITER Organization) | ITER | MCF05 | P2.1176 | K9 |
| Cascaded ion acceleration from intense laser interactions with micro-bars | Levinson | Aviv | Aviv Levinson | Israel | BPIF04 | P2.2024 | S6 |
| Effects of impurities on zonal flows in tokamak plasmas | Li | Yuesong | Yuesong Li (University of Science and Technology of China) | China | MCF01 | P2.1057 | C16 |
| Neoclassical impurity transport in non-circular plasmas | Lim | Kyungtak | Kyungtak Lim (Nanyang Technological University) | Singapore | MCF01 | P2.1058 | C17 |
| Strong impact of separatrix conditions on full-radius L-mode predictive integrated modelling | Liu | Bing | Bing Liu (DIFFER) | The Netherlands | MCF01 | P2.1059 | C17 |
| Study on the coherent structure of drift wave turbulence by eigenmode method | Liu | Chang | Chang Liu (Harbin Institute of Technology) | China | MCF01 | P2.1060 | C17 |
| Isotope-dependent ExB shear effect on turbulence heat flux and zonal flows in JET-ILW edge plasma conditions | Lo-Cascio | Guillaume | Guillaume Lo-Cascio (IPP Garching) | Germany | MCF01 | P2.1061 | C18 |
| Bayesian inference of tungsten transport coefficients from laser blow-off experiments in ASDEX Upgrade | Malinak | Jiří | Jiří Malinak (Institute of Plasma Physics of the CAS, U Slovanky 2525/1a, 182 00 Prague 8, Czech Republic) | Czechia | MCF01 | P2.1062 | C18 |
| Investigation of low-density foams targets as advanced protons sources driven by relativistic laser pulses | Malka | Gerard | gerard malka (UNIVERSITE DE BORDEAUX) | France | BPIF04 | P2.2025 | S7 |
| From ultrafast laser–plasma radiation sources to clinical impact: radiobiology and cancer research at the Extreme Light Infrastructure | Margarone | Daniele | Daniele Margarone (The Extreme Light Infrastructure ERIC – ELI Beamlines Facility) | Czechia | BPIF04 | P2.2026 | S7 |
| TSVV-H: Scientific program and first results | Marin | Michele | Michele Marin (EPFL) | Switzerland | MCF01 | P2.1063 | C18 |
| Towards an interpretation of the Dimits shift as a phase transition | Marquant | Lucien | Lucien Marquant (Université Paris-Saclay & Laboratoire de Physique des Plasmas) | France | MCF01 | P2.1064 | C19 |
| Numerical studies on neoclassical impurity transport in global gyrokinetic simulations | Matsuoka | Seikichi | Seikichi Matsuoka (National Institutes for Quantum Science and Technology) | Japan | MCF01 | P2.1065 | C19 |
| Role of resonant layer position in optimizing H-minority ICRH efficiency in WEST | Mazzi | Samuele | Samuele Mazzi (CEA Cadarache) | France | MCF05 | P2.1178 | K9 |
| High-Average-Flux Positron Production via Laser-Wakefield Electrons | McAllister | Niamh | Queen’s University Belfast | UK | BPIF04 | P2.2047 | S12 |
| Robust direct laser acceleration of electrons with flying-focus laser pulses | Meir | Talia | Talia Meir (Tel Aviv University) | Israel | BPIF04 | P2.2027 | S7 |
| Numerical investigation of laser-driven ion acceleration in near-critical gas jets: petawatt irradiation regimes and optical gas shaping | Minjou | Élodie | Élodie Minjou (CEA/CELIA/University of Bordeaux) | France | BPIF04 | P2.2029 | S8 |
| Optical architecture for camera-based 2D and 3D particle diagnostics for COMPACT | Mohr | Daniel P. | Daniel P. Mohr (Institute of Physics, University of Greifswald) | Germany | LTDP04 | P2.4054 | C41 |
| Low-frequency instability interactions in Hall thrusters: nonlinear coupling and energy transfer in partially magnetized plasmas | Monzac | Josephine | Josephine Monzac (Laplace (Toulouse)) | France | BSAP05 | P2.3054 | C37 |
| Nonlinear turbulent transport Co-simulation with heteroscedastic Gaussian processes | Nakayama | Tomonari | Tomonari Nakayama (Tottori University) | Japan | MCF01 | P2.1066 | C20 |
| Self-consistent modelling of non-inductive current drive via Helicity Injection with integrated plasma burn-through simulation | Nam | Geunho | Geunho Nam (Seoul National University) | South Korea | MCF05 | P2.1179 | K9 |
| CFC-Based Assessment of Beam Quality in Negative Ion Sources using Machine Learning | Nanou | Eleni | Eleni Nanou | Germany | MCF05 | P2.1180 | K10 |
| Modelling Intrinsic Rotation Profiles in JET Plasmas | Nave | Maria Filomena | Maria Filomena Nave (IPFN, Instituto Superior Técnico, Lisbon, Portugal) | Portugal | MCF01 | P2.1067 | C20 |
| From Proof of Principle to User Facility: Laser Driven X-ray sources at ELI Beamlines | Nejdl | Jaroslav | Jaroslav Nejdl (ELI Beamlines, Extreme Light Infrastructure ERIC) | Czechia | BPIF04 | P2.2031 | S8 |
| Determining distribution functions for one-dimensional force-free collisionless current sheet equilibria | Neukirch | Thomas | Thomas Neukirch (School of Mathematics and Statistics, University of St Andrews) | UK | BSAP01 | P2.3010 | C44 |
| Theory of nonlinear zonal flow dynamics in toroidal geometry | Nies | Richard | Richard Nies (University of Oxford) | UK | MCF01 | P2.1068 | C20 |
| Observation of a transition phenomenon with 3D tomography in a cylindrical plasma | NISHIMURA | Yuki | Yuki NISHIMURA (Interdisciplinary Graduate School of Engineering Sciences, Kyushu University) | Japan | BSAP05 | P2.3055 | C37 |
| Turbulence characterization from density fluctuations velocity in fusion plasma using Doppler Backscattering diagnostic | Orlacchio | Francesco | Francesco Orlacchio | France | MCF01 | P2.1069 | C21 |
| The T3ST code: validity and Lagrangian features of transport | Palade | Dragos Iustin | Dragos Iustin Palade (National Institute for Laser, Plasma and Radiation Physics) | Romania | MCF01 | P2.1070 | C21 |
| Dual pulse micronozzle acceleration of GeV-class protons | Pan | Diya | Diya Pan (Institute of Laser Engineering, Osaka University) | Japan | BPIF04 | P2.2032 | S8 |
| Phase-locked proton acceleration in a dual-pulse micronozzle: analytical model and 3D PIC validation | Pan | Diya | Institute of Laser Engineering, Osaka University | Japan | BPIF04 | P2.2046 | S12 |
| The role of different nonlinearities in turbulent cascades of two-dimensional ITG fluid models | Paramasivam | Giridharan | Giridharan Paramasivam (Laboratoire de Physique des Plasmas) | France | MCF01 | P2.1071 | C21 |
| Influence of Zonal Flows on Non-Gyrokinetic Ion Bernstein Wave Turbulence | Pelkner | Maximilian | Maximilian Pelkner (Max Planck Institute for Plasma Physics) | Germany | MCF01 | P2.1072 | C22 |
| From midplane to divertor: an experimental characterization of edge turbulence in L-mode plasmas on the COMPASS tokamak | Petkovic | Nastasija | Nastasija Petkovic (Ghent University, Belgium and Czech Technical University in Prague, Czech Republic) | Belgium | MCF01 | P2.1073 | C22 |
| Assessment of neutron emission for ITER operation with deuterium fuelling in the new baseline ITER Research Plan | POLEVOI | Alexei | Alexei POLEVOI (ITER Organization) | ITER | MCF05 | P2.1182 | K10 |
| Nonlinear self-interactions of geodesic acoustic oscillations | Poli | Emanuele | Emanuele Poli (Max-Planck-Institut für Plasmaphysik) | Germany | MCF01 | P2.1074 | C22 |
| Isotope effects in plasma core and pedestal from past to future tokamaks | Qi | Lei | Lei Qi (Korea Institute of Fusion Energy (KFE)) | South Korea | MCF01 | P2.1075 | C23 |
| Global gyrokinetic simulation of electron-temperature-gradient turbulence in tokamaks | QIU | YUEFENG | YUEFENG QIU (University of Science and Technology of China) | China | MCF01 | P2.1076 | C23 |
| Impact of antenna-driven Alfvén eigenmodes on ion-scale turbulence | Qu | Zhisong | Zhisong Qu (Nanyang Technological University) | Singapore | MCF01 | P2.1078 | C23 |
| Using unsupervised Machine Learning to identify magnetic reconnection in the Earth’s turbulent magnetosheath | Quijia Pilapana | Paulina | Paulina Quijia Pilapana (Northumbria University) | UK | BSAP01 | P2.3011 | C44 |
| Solenoid-free plasma startup using transient CHI – progress and plans | Raman | Roger | Roger Raman (Univ. of Washington) | USA | MCF05 | P2.1184 | K10 |
| External magnetic field effects on the growth cycles of nano dusty plasma | Ramkorun | Bhavesh | Bhavesh Ramkorun (Sewanee: The University of the South) | USA | LTDP04 | P2.4055 | C41 |
| Development and validation of a massively parallelised RF wave propagation solver in magnetised plasmas | Ramos | Hernán Domingo | Hernán Domingo Ramos (Barcelona Supercomputing Center) | Spain | MCF05 | P2.1161 | K4 |
| Assessment of high-Z impurity transport in Wendelstein 7-X via multi-diagnostic analysis | Rattanawongnara | Engrhyt | Engrhyt Rattanawongnara (Max Planck Institute for Plasma Physics, Greifswald, Germany) | Germany | MCF01 | P2.1081 | C24 |
| Role of multi-dimensional laser dynamics in the ponderomotive acceleration of electrons. | Rizzato | Felipe | Felipe Rizzato (Instituto de Fisica UFRGS/Brasil) | Brasil | BPIF04 | P2.2033 | S9 |
| Speeding up hybrid solid-gas target simulations by coupling Particle-in-Cell codes | Robert-Dautun | Gabriel | Gabriel Robert-Dautun (CEA) | France | BPIF04 | P2.2034 | S9 |
| Investigating the impact of higher order neoclassical corrections in the $\delta \! f$-gyrokinetic code $\texttt{Stella}$ | Robertson | Oliver | Oliver Robertson (University of York) | UK | MCF01 | P2.1082 | C24 |
| Structured plasma configurations for enhanced betatron radiation | saberi | Hossein | Hossein saberi (University of Manchester) | UK | BPIF04 | P2.2036 | S9 |
| Particle transport studies using gas puff modulation in WEST | salmi | antti | antti salmi (VTT) | Finland | MCF01 | P2.1083 | C24 |
| Spontaneous formation of long-lived vortex in drift wave turbulence simulations | Sasaki | Makoto | Makoto Sasaki (Nihon University) | Japan | MCF01 | P2.1084 | C25 |
| Status and plans of the ITER Pulse Design Simulator | SCHNEIDER | Mireille | Mireille SCHNEIDER (ITER Organization) | ITER | MCF05 | P2.1185 | K11 |
| Characterization of three-dimensionally extended dust clouds containing active particles under microgravity | Schütt | Stefan | Stefan Schütt (University of Greifswald) | Germany | LTDP04 | P2.4056 | C41 |
| The pulsed positron laboratory Munich | Singer | Martin | Martin Singer (Max Planck Institute for Plasma Physics) | Germany | BSAP05 | P2.3056 | C37 |
| Orientational self-organization of charged dust dimers in clusters | Singh Katariya | Aman | Aman Singh Katariya (Indian Institute of Technology Delhi) | India | LTDP04 | P2.4057 | C42 |
| Kinetic picture of ion acoustic wave scattering from a magnetic dipole | Skiff | Fred | Fred Skiff (University of Iowa) | USA | BSAP05 | P2.3057 | C38 |
| Gyrokinetic modelling of ion transport anomalies on electron-heated ASDEX Upgrade L-modes | Skyllas | Michail Marios | Michail Marios Skyllas (Chalmers Tekniska Högskola) | Sweden | MCF01 | P2.1086 | C25 |
| Fluctuations in I-phase and ELM-free H-mode, and power threshold studies on the spherical tokamak ST40 | Sladkomedova | Alsu | Alsu Sladkomedova (Tokamak Energy, Ltd) | UK | MCF01 | P2.1087 | C25 |
| Expanding ASTRA: A unified framework for tokamak and stellarator transport modelling | Solfronk | Fabian | Fabian Solfronk (Max-Planck-Institut fuer Plasmaphysik (IPP)) | Germany | MCF05 | P2.1186 | K11 |
| Verification and optimization of the vertical displacement event in the HL-3 tokamak | Song | Xiao | China Fusion Energy Co., Ltd | China | MCF05 | P2.1196 | K14 |
| Nanoparticle-assisted injection for laser wakefield accelerator in self-waveguided regime | Špádová | Alžběta | Alžběta Špádová (ELI ERIC, Czech Technical University in Prague) | Czechia | BPIF04 | P2.2037 | S10 |
| The X3 ECRH scenario for high beta plasma operation at reduced magnetic field in W7-X | Stange | Torsten | Torsten Stange (Max-Planck-Institute for Plasma Physics, Greifswald, Germany) | Germany | MCF05 | P2.1187 | K11 |
| Improved Neutral Beam Injection source region modelling via self-consistent Virtual Cathode evolution | Stathopoulos | Gregory | Gregory Stathopoulos (University of Liverpool) | UK | MCF05 | P2.1188 | K12 |
| Optimization and engineering of EPOS, a tabletop-sized, HTS stellarator | Stenson | Eve Milligen | Eve V. Stenson (Max Planck Institute for Plasma Physics) | Germany | BSAP05 | P2.3058 | C38 |
| Unusual turbulent transport dynamics in spherical tokamaks | Sun | Haomin | Haomin Sun (EPFL-Swiss Plasma Center) | Switzerland | MCF01 | P2.1088 | C26 |
| Isotope scaling of heat and particle transport between JET deuterium and tritium L-mode plasmas | Tala | Tuomas | Tuomas Tala (VTT) | Finland | MCF01 | P2.1089 | C26 |
| Running ASTRA8 in workflows: restart, IMASification, parallelisation, stiffness stabilisation | Tardini | Giovanni | Giovanni Tardini (Max-Planck-Institut fuer Plasmaphysik) | Germany | MCF01 | P2.1090 | C26 |
| Direct Observation of electron shedding from a laser driven wakefield accelerator | Tata | Sheroy | Sheroy Tata (Weizmann Institute of Science) | Israel | BPIF04 | P2.2038 | S10 |
| Radially resolved DBS measurements of turbulence spectra in bouncing ball DIII-D plasmas | Ting Tan | Yunn | Yunn Ting Tan (Future Energy Acceleration and Translation Programme, Agency of Science, Technology and Research, A*STAR) | Singapore | MCF01 | P2.1091 | C27 |
| $T_i/T_e$ Dependence of Core Turbulence and Transport in DIII-D QH-Mode Plasmas | Tiwari | Abhishek | Abhishek Tiwari (Indian Institute of Science) | India | MCF01 | P2.1092 | C27 |
| Dynamic Fast-Acquisition ECE Diagnostic for Turbulence Studies in TCV | Tumbokon | James Winston | James Winston Tumbokon (EPFL) | Switzerland | MCF01 | P2.1093 | C27 |
| Drift-kinetic electron-temperature-gradient turbulence and cascade suppression by density gradients | Turica | Leonard-Petru | Leonard-Petru Turica (University of Oxford, UKAEA) | UK | MCF01 | P2.1094 | C28 |
| Advanced gas jet nozzles for laser- plasma interactions | Turner | Mark | Mark Turner (University of York) | UK | BPIF04 | P2.2041 | S10 |
| ICRF power coupling and absorption in full- and reduced-field scenarios for SPARC’s first campaign | Usoltseva | Maria | Maria Usoltseva (Commonwealth Fusion Systems) | USA | MCF05 | P2.1189 | K12 |
| Energy-optimized scaling laws for self-guided laser wakefield accelerators | Valenta | Petr | Petr Valenta | Czechia | BPIF04 | P2.2043 | S11 |
| Impact of the rotational transform and pellets on enhanced confinement and turbulence in the TJ-II stellarator | van Milligen | Boudewijn | Boudewijn van Milligen (CIEMAT) | Spain | MCF01 | P2.1095 | C28 |
| Turbulence analysis with the Spectral Gas Puff Imaging diagnostic in the TJ-II stellarator | van Milligen | Boudewijn | CIEMAT | Spain | MCF01 | P2.1117 | C34 |
| Blob synchronization drives long-range transport in Scrape-Off Layer turbulence. | Varennes | Robin | Robin Varennes (CEA) | France | MCF01 | P2.1096 | C28 |
| Confinement scaling with machine size in the updated ITPA global H-mode energy confinement database | Verdoolaege | Geert | Geert Verdoolaege (Ghent University) | Belgium | MCF01 | P2.1097 | C29 |
| Predictive full radius integrated modelling of plasma current impact on WEST L-mode confinement | Vergnaud | Enzo | Enzo Vergnaud (IRFM – CEA Cadarache – France) | France | MCF05 | P2.1191 | K12 |
| Perturbative gas-puff-modulation experiments in the W7-X core plasma | Wagner | Jannik | Jannik Wagner (Max Planck Institute for Plasma Physics) | Germany | MCF01 | P2.1099 | C29 |
| A novel geometric feedback mechanism for electron internal transport barrier formation triggered by neoclassical tearing modes | Wang | Lu | Lu Wang (HUST) | China | MCF01 | P2.1101 | C29 |
| ESR2D: a two-dimensional Fourier-space global gyrokinetic eigenvalue code for the ion-temperature-gradient modes in tokamaks | Wang | Haochuan | Department of Engineering and Applied Physics, University of Science and Technology of China, Hefei, China | China | MCF01 | P2.1119 | C34 |
| Application of positive ion based neutral beam for the compact tokamak demonstrating net electricity production | Wang | Sonjong | Sonjong Wang (Korea Institute of Fusion Enegry) | South Korea | MCF05 | P2.1192 | K13 |
| Research on Current Profile Broadening by off-axis LHCD at High Density under EAST High-βP Scenarios | wang | zuhao | zuhao wang (Department of Engineering Physics, Tsinghua University) | China | MCF05 | P2.1193 | K13 |
| Comparison of reduced models for plasma turbulence in high-beta conditions | Watts | Felix | University of York / UKAEA | UK | MCF01 | P2.1103 | C30 |
| Parametric study of Coherent Transition Radiation characteristics across underdense to overdense plasma densities | Willim | Camilla | Camilla Willim (Centre des Lasers Intenses et Applications, Université de Bordeaux-CNRS-CEA, F-33405 Talence Cedex, France) | France | BPIF04 | P2.2044 | S11 |
| Identifying signatures of microturbulence in W7-X using Doppler backscattering | Windisch | Thomas | Thomas Windisch (MPI for Plasma Physics) | Germany | MCF01 | P2.1104 | C30 |
| Experimental investigation of inward particle transport driven by vorticity flux in the PPT device | XU | TIANCHAO | TIANCHAO XU | China | BSAP05 | P2.3060 | C38 |
| Validation of the isotope model in the PENN neural network code using European Transport Simulator | Yadykin | Dmytro | Dmytro Yadykin (Chalmers University of Technology, Gothernburg, Sweden) | Sweden | MCF01 | P2.1106 | C31 |
| Family of phase-space rays tracing code FARANKS | Yanagihara | Kota | Kota Yanagihara (QST) | Japan | MCF05 | P2.1194 | K13 |
| Development of correlation ECE systems for electron temperature fluctuation measurement in the Large Helical Device | Yanai | Ryoma | Ryoma Yanai (National Institute for Fusion Science) | Japan | MCF01 | P2.1108 | C31 |
| Dynamic of coherent structure formation and transport in drift wave turbulence | Yang | Xiaoyi | Xiaoyi Yang | China | MCF01 | P2.1109 | C31 |
| Experimental study on the high-density limit of helium plasma on J-TEXT | Yang | Zhoujun | Zhoujun Yang (Huazhong University of Science and Technology) | China | MCF01 | P2.1110 | C32 |
| Electron response in Laguerre-Gaussian beam interaction with structured targets | Yasir | Mohammad | Mohammad Yasir (Indian Institute of Technology Delhi) | India | BPIF04 | P2.2045 | S11 |
| Information entropy of phase space structures in gyrokinetic plasma turbulence | Yatomi | Go | Go Yatomi (National Institute for Fusion Science) | Japan | MCF01 | P2.1111 | C32 |
| Optimal ITB formation scenarios with reinforcement learning | Yoneda | Ryota | Ryota Yoneda (Space Environment and Energy Labs., NTT, Inc.) | Japan | MCF05 | P2.1195 | K14 |
| 2D study of current distribution evolution in exploding wires with the FLASH code | Zajan | Ondřej | Ondřej Zajan (Czech Technical University in Prague, Faculty of Electrical Engineering, 16627 Prague 6, Czech Republic) | Czechia | BSAP05 | P2.3061 | C39 |
| Effects of finite orbits on neoclassical toroidal viscouse torque due to 3D perturbations in tokamaks | Zenz | Philipp | Philipp Zenz | Austria | MCF01 | P2.1112 | C32 |
| Investigation of transient transport dynamics induced by compact torus injection in the EAST tokamak | Zhang | shoubiao | shoubiao Zhang (Hefei Institute of Physical Science, Chinese Academy of Sciences) | China | MCF01 | P2.1113 | C33 |
| Gyrokinetic simulation of micro-instabilities in CFETR deuterium-tritium plasma | Zhang | xm | xm Zhang | China | MCF01 | P2.1116 | C33 |
Thursday
| Title | Surname | Firstname | Submitter (affiliation) | Country | Submitted for tracks | poster ID | Board |
| Surrogate modelling of electron acceleration in relativistically transparent plasmas | Adams | Joel | Joel Adams (York Plasma Institute, University of York) | UK | BPIF05 | P3.2050 | C1 |
| Modelling the solar axion spectrum with self-consistent PIC–MC plasma simulations | Alsulami | Ahmed | Ahmed Alsulami (University of Oxford) | UK | BSAP02 | P3.3000 | K2 |
| Comprehensive predictive mapping of Transport Barriers locations in 3D Constant-of-Motion space in the presence of radial electric fields | Anastassiou | Giorgos | Giorgos Anastassiou (National Technical University of Athens) | Greece | MCF03 | P3.1000 | C4 |
| Profile analysis in Wendelstein 7-X configuration scans and corresponding equilibrium studies | Andreeva | Tamara | Tamara Andreeva (Max Planck Institute for Plasma Physics) | Germany | MCF08 | P3.1151 | C25 |
| Role of the radial electric field in the confinement of energetic ions in the Wendelstein 7-X stellarator | Arranz Jiménez | Marcos | Marcos Arranz Jiménez (CIEMAT, Spain) | Spain | MCF03 | P3.1001 | C4 |
| Fast transient initiation in tokamaks | Arter | Wayne | Wayne Arter (UKAEA) | UK | MCF09 | P3.1200 | C33 |
| Time series extrinsic regression of nonlinear ion cyclotron emission spectra to predict plasma simulation parameters | Attwood | Ethan | Ethan Attwood (University of York) | UK | MCF03 | P3.1002 | C4 |
| Impact of technological and plasma physics assumptions on fusion power plant design | Auclair | Timothé | Timothé Auclair (CEA) | France | MCF10 | P3.1250 | C31 |
| Enhancing Confinement in Quasi-Isodynamic Stellarators Through Particle Transport Optimization | Banon Navarro | Alejandro | Alejandro Banon navarro (Max Planck Institute for Plasma Physics, Garching) | Germany | MCF08 | P3.1152 | C25 |
| Anisotropy of the thin- and thick-target bremsstrahlung from non-thermal electrons on the WEST tokamak | Barbui | Tullio | Tullio Barbui (Princeton Plasma Physics Laboratory) | USA | MCF09 | P3.1201 | C33 |
| Exploring the Effects of 3D Magnetic Fields on Runaway Electrons | Battey | Alexander | Alexander Battey (EPFL – Swiss Plasma Center) | Switzerland | MCF09 | P3.1202 | C33 |
| Neutrino-beam-driven Rayleigh–Taylor Instability in Magnetized Core-Collapse Supernova Plasmas | Bhambhu | Ravinder | Ravinder Bhambhu (School of Physical Sciences, Jawaharlal Nehru University, New Delhi, 110067) | India | BSAP02 | P3.3001 | K2 |
| From sudden MHD burst to turbulent onset: evaluating NTM prevention and control under different seeding mechanisms | Bigué | Roméo | Roméo Bigué (Université Aix-Marseille) | France | MCF03 | P3.1103 | C19 |
| Runaway electron-driven plasma instabilities at TCV: an exploratory hot plasma analysis | Bin | William | William Bin (Consiglio Nazionale delle Ricerche (CNR)) | Italy | MCF09 | P3.1203 | C34 |
| Neural Network-based Closures for Collisionless Shocks | Biu | João | João Biu (Instituto Superior Técnico) | Portugal | BSAP02 | P3.3002 | K2 |
| Chromatic Focal Shift and Speckle-Scale Coherence in Broadband Laser Drivers | Blackman | David | David Blackman (ELI ERIC Beamlines Facility) | Czechia | BPIF03 | P3.2000 | K13 |
| MHD stability analysis of strongly shaped MAST-U plasmas | Blackmore | Sam | Sam Blackmore (UKAEA) | UK | MCF03 | P3.1004 | C5 |
| Reduced model describing resonance overlap threshold for fast ion transport by toroidal Alfvén eigenmodes | Blyth | Rose | Rose Blyth (Department of Physics, Durham University) | UK | MCF03 | P3.1005 | C5 |
| Investigation of NTM dynamics and control in JT-60SA | Bonalumi | Luca | Luca Bonalumi (ISTP-CNR) | Italy | MCF03 | P3.1006 | C5 |
| Disruption Avoidance in Tokamaks | Boozer | Allen | Allen Boozer (Columbia.edu) | USA | MCF04 | P3.1100 | C20 |
| Status quo of high-beta plasma operation in Wendelstein 7-X | Brandt | Christian | Christian Brandt | Germany | MCF08 | P3.1153 | C25 |
| On plasma magnetic equilibria in the FREED device | Brinker | Preston | Preston Brinker (UC San Diego) | USA | MCF11 | P3.1300 | C37 |
| Using a universal differential equation closure to account for the effect of inverse bremsstrahlung on nonlocal transport. | Brodrick | Jonathan P | Pasteur Labs and Ergodic LLC | France | BPIF03 | P3.2022 | K13 |
| DIII-D: A Public Facility’s Role in Enabling Fusion Commercialization | Buttery | Richard | Richard Buttery (General Atomics) | USA | MCF11 | P3.1301 | C37 |
| Alpha-particle losses due to resonant magnetic perturbations and error fields in STEP | Camilo De Souza | Fabio | Fabio Camilo De Souza (UKAEA) | UK | MCF03 | P3.1012 | C7 |
| Development of a Unified Hybrid Kinetic-MHD Framework in JOREK for Fast-Ion Coupled Interactions | Carpenter | James | James Carpenter (Durham University) | UK | MCF03 | P3.1007 | C6 |
| Study of resistive MHD stability in COMPASS Upgrade scenarios | Casolari | Andrea | Andrea Casolari (Institute of Plasma Physics of the Czech Academy of Sciences) | Czechia | MCF03 | P3.1008 | C6 |
| Amplification and saturation of hot plasma waves driven by runaway electrons in tokamaks | Castaldo | Carmine | Carmine Castaldo (Consorzio RFX – Padova, Italy) | Italy | MCF09 | P3.1204 | C34 |
| Density Limit Disruption Induced by Core-localized Alfvénic Ion Temperature Gradient Instabilities in HL-2A NBI Plasmas | Chen | Wei | Wei Chen (SWIP) | China | MCF03 | P3.1009 | C6 |
| Kinetic Modeling of $\alpha$-Driven Chain Reactions in Proton–Boron Plasmas | Chen | Chun-Han | Chun-Han Chen (Department of Physics, National Central University, Taoyuan, Taiwan) | Taiwan | BPIF03 | P3.2002 | K14 |
| Current Sheet Formation under Radiative Cooling | Chowdhry | Simran | Simran Chowdhry (Massachusetts Institute of Technology) | USA | BSAP02 | P3.3003 | K6 |
| Development of a spatially averaged global model for inductively coupled carbonyl sulfide (COS) plasma | Chung | Sang-Young | Sang-Young Chung (Korea Institute of Fusion Energy) | South Korea | LTDP05 | P3.4000 | K3 |
| Control-oriented investigation of NTM onset in ITER baseline scenario experiments at TCV with integrated modelling | Cicioni | Rachele | Rachele Cicioni (Consorzio RFX / University of Padova) | Italy | MCF04 | P3.1101 | C20 |
| Broadband Electromagnetic Pulse Emission at the Sub-Nanosecond Kilojoule Laser PALS | Cikhardt | Jakub | Jakub Cikhardt (Czech technical university in Prague) | Czechia | BPIF03 | P3.2003 | K14 |
| En route for RFX-mod2: magnetic instabilities and inductive current profile in Reversed Field Pinch plasmas | Cintora de Cruz | Alan Ricardo | Alan Ricardo Cintora de la Cruz (University of Padova, Consorzio RFX) | Italy | MCF04 | P3.1102 | C20 |
| An electromagnetic study of shell-induced Error Fields and their plasma response in RFX-mod2 tokamak and RFP configurations | Corbioli | Andrea | Andrea Corbioli (University of Padua/RFX Consortium) | Italy | MCF03 | P3.1010 | C7 |
| Nonthermal particle acceleration in astrophysical shocks | Costa | Marco | Marco Costa (Instituto Superior Técnico) | Portugal | BSAP02 | P3.3004 | K6 |
| Global turbulence simulations of island divertors | Csillag | Barnabas | Barnabas Csillag (Max Planck Institute for Plasma Physics) | Germany | MCF08 | P3.1156 | C26 |
| A dynamical core for visco-resistive MHD simulations in tokamaks | Davison-Petch | Ben | Ben Davison-Petch (University of Cambridge) | UK | MCF03 | P3.1011 | C7 |
| Three-dimensional dynamics of strongly magnetised ion–electron Relativistic Reconnection: The effect of Guide Field | Deka | Pranab | Pranab Deka (KU Leuven) | Belgium | BSAP02 | P3.3005 | K6 |
| Comparative analysis of filter stack spectrometer using solid and foam targets in laser-matter interaction experiments | Devi | Pooja | Pooja Devi (Charles University, FZU-Czech Acadermia of Sciences) | Czechia | BPIF03 | P3.2004 | K14 |
| Energy Coupling in Ultra-Relativistic Laser-Solid Interactions | Doherty | Shaun | Shaun Doherty (University of York) | UK | BPIF05 | P3.2051 | C1 |
| Investigation of microwave plasma parallelization for CO2 conversion | Dürnhofer | Christian | Christian Dürnhofer | Germany | LTDP05 | P3.4001 | K3 |
| Neutral beam injection and hot-tail seed formation during the thermal quench in TCV | Ekman | Linn | Linn Ekman (KTH Royal Institute och Technology) | Sweden | MCF09 | P3.1205 | C34 |
| Runaway electrons in stellarators | Ekmark | Ida | Ida Ekmark (Department of Physics, Chalmers University of Technology) | Sweden | MCF03 | P3.1014 | C8 |
| 50 TW femtosecond filamentation in low pressure gases | Estrela | Patricia | Patricia Estrela (Laboratory for Laser Energetics, University of Rochester) | USA | BPIF03 | P3.2005 | Kilsyth |
| Understanding turbulence-induced transport in nuclear fusion plasmas using neuro-symbolic AI: prospects and challenges | Faraji | Farbod | Farbod Faraji (Imperial College London) | UK | MCF11 | P3.1302 | C38 |
| Proton-Driven Plasma Wakefield Acceleration for Collider Applications | Farmer | John | John Farmer (Max Planck Institute for Physics) | Switzerland | BPIF03 | P3.2006 | K10 |
| Calculation of helical equilibria via energy-Casimir method applied for four-field reduced model of single-helicity and incompressible MHD | Furukawa | Masaru | Masaru Furukawa (Tottori University) | Japan | MCF03 | P3.1016 | C8 |
| From a single hot spot to a spatially incoherent beam: numerical investigation of stimulated scattered-light amplification | Fusaro | Adrien | Adrien Fusaro (CEA,DAM,DIF) | France | BPIF03 | P3.2007 | K10 |
| MHD stability analysis and studies of Alfvénic modes with energetic particles in DTT | Fusco | Valeria | Valeria Fusco (ENEA) | Italy | MCF03 | P3.1017 | C9 |
| Density limit in stellarator devices: interpreting the experimental observations with an energy balance model | Gallego Llorente | Juan | Juan Gallego Llorente (CIEMAT) | Spain | MCF08 | P3.1158 | C26 |
| Core-SOL fully integrated simulations characterizing the plasma response to gas-puff fuelling in ITER | Garzotti | Luca | Luca Garzotti (UKAEA) | UK | MCF04 | P3.1105 | C21 |
| Observable signatures of coherent radiation in laser – particle collisions | Gelfer | Evgeny | Evgeny Gelfer (The Extreme Light Infrastructure ERIC) | Czechia | BPIF05 | P3.2052 | C1 |
| Linear Perturbative Ideal MHD Formulation and MHD Continuum With Toroidal Rotation | Gorelenkov | Nikolai | Nikolai Gorelenkov (PPPL, Princeton University) | USA | MCF03 | P3.1019 | C9 |
| Generation and control of Doppler harmonics approaching 10^22 W/cm^2 on plasma mirrors | Groussin | Baptiste | Baptiste Groussin (Laboratoire d’Optique Appliquée (LOA), ENSTA Paris, Ecole Polytechnique) | France | BPIF05 | P3.2053 | C2 |
| New formulation for plasma fluids with exact discrete conservation in arbitrary curvilinear geometry | Halpern | Federico | Federico Halpern (General Atomics) | USA | MCF03 | P3.1021 | C9 |
| Real-time Bayesian tomography for tokamak exhaust control | Hamm | Daniele | Daniele Hamm (EPFL) | Switzerland | MCF04 | P3.1106 | C21 |
| Stable doublet plasmas in the TCV tokamak | Heiß | Cosmas | Cosmas Heiß (EPFL) | Switzerland | MCF04 | P3.1107 | C21 |
| Conceptual design of a General Fusion Magnetized Target Fusion power plant with supporting experimental results | Hildebrand | Myles | Myles Hildebrand (General Fusion) | Canada | MCF10 | P3.1252 | C31 |
| Runaway electron generation in TCV disruptions | Hoppe | Mathias | Mathias Hoppe (KTH Royal Institute of Technology) | Sweden | MCF09 | P3.1206 | C35 |
| Properties of electron-positron pair jets produced in the collision of ultra-intense laser pulses and electron beams | Hoyos Aristizábal | Samuel | Samuel Hoyos Aristizábal (PhD student) | France | BPIF05 | P3.2055 | C2 |
| JOREK simulation of ITER Shattered Pellet Injection penetration with realistic fragment plume and rocket effect | Hu | Di | Di Hu (Beihang University) | China | MCF09 | P3.1207 | C35 |
| MHD instabilities during benign termination of runaway electrons in ASDEX Upgrade | Igochine | Valentin | Valentin Igochine (Max-Planck Institute for Plasma Physics) | Germany | MCF09 | P3.1208 | C35 |
| Electromagnetic reconstruction methods for disruption forces: benchmark and validation with COMPASS experimental data | Isernia | Nicola | Nicola Isernia (Università degli Studi di Napoli Federico II) | Italy | MCF09 | P3.1209 | C36 |
| Effect of H₂O addition on fluorocarbon layer formation and low-temperature etching in CₓFᵧ plasmas | JUNG | HAEGEON | HAEGEON JUNG (Sungkyunkwan University (SKKU)) | South Korea | LTDP05 | P3.4005 | K4 |
| NSFsim: advanced integrated modelling solution for tokamak design and operation | Khairutdinov | Eduard | Eduard Khairutdinov (Next Step Fusion S.a.r.l.) | Luxembourg | MCF11 | P3.1303 | C38 |
| HTS-NT Tokamak Pilot Plant Study | Kikuchi | Mitsuru | Mitsuru Kikuchi (AAPPS-DPP, The University of Osaka, SWIP) | Japan | MCF10 | P3.1254 | C31 |
| Reduced magnetic field operation in Wendelstein 7-X – a unique tool to investigate stellarator B field scaling | Killer | Carsten | Carsten Killer (Max Planck Institute for Plasma Physics) | Germany | MCF08 | P3.1159 | C27 |
| Synchrotron-dominated X-ray emission from ultrathin foils in the relativistic self-induced transparency regime | King | Martin | Martin King (University of Strathclyde) | UK | BPIF05 | P3.2056 | C2 |
| VENUS-GPU: a new fast particle and neoclassical code for arbitrary 3D MHD equilibria | Koerfer | Joachim | Joachim Koerfer (Swiss Plasma Center – EPFL – Switzerland) | Switzerland | MCF03 | P3.1025 | C10 |
| Analyses and modelling of MHD activities in runaway electron termination discharges on TCV | Kong | Mengdi | Mengdi Kong (Swiss Plasma Center, EPFL) | Switzerland | MCF09 | P3.1211 | C36 |
| Enhancing Wood Surface Adhesion through Low‑Temperature Plasma Treatment | Kotnik | Klemen | Klemen Kotnik (PhD student) | Slovenia | LTDP05 | P3.4006 | K4 |
| Wearable radiation-shielding cotton textiles fabricated by plasma-deposited Ta-W nanoparticles for healthcare applications | Kumar | Ramnaresh | Ramnaresh Kumar (Department of Physics & Astrophysics, University of Delhi, New Delhi-110007, India) | India | LTDP05 | P3.4007 | K4 |
| Experimental study of the foam homogenization driven by a sub-nanosecond kilojoule-class laser at PALS | Kumar Singh | Sushil | Sushil Kumar Singh (Institute of Plasma Physics, Czech Academy of Sciences, Prague, Czech Republic) | Czechia | BPIF03 | P3.2008 | K10 |
| Plasma-Polymerized Fluorocarbon-Based Nanocomposite Thin Films for Energy Device Applications | Lee | Sang-Jin | Sang-Jin Lee | South Korea | LTDP05 | P3.4009 | K5 |
| The Spontaneous Aiming Mechanism of Pellets to the Magnetic Islands in tokamaks | Li | Man | Man Li (Harbin Institute of Technology) | China | MCF09 | P3.1213 | C36 |
| Surface modification of titanium by nanosecond pulsed low-pressure nitrogen-hydrogen plasma for enhanced antibacterial and osteogenic performance | LI | YIQIAN | YIQIAN LI (Huazhong University of Science and Technology, School of Electrical and Electronic Engineering) | China | LTDP05 | P3.4010 | K5 |
| Modeling of foam target in a full three-dimensional particle-in-cell simulation for laser-driven proton acceleration | Liu | Yao-Li | Yao-Li Liu (Institute of Space and Plasma Sciences, National Cheng Kung University No.1, University Road, Tainan City 70101, Taiwan) | Taiwan | BPIF05 | P3.2057 | C3 |
| Proton Stopping Powers using the Projector Augmented-Wave Method | Lloyd | Bryn | Bryn Lloyd (University of Oxford) | UK | BPIF03 | P3.2009 | K11 |
| Vertical control of the MAST-U tokamak via non-magnetic diagnostics | Lloyd Baker | John | John Lloyd Baker (University of York, UKAEA) | UK | MCF04 | P3.1109 | C22 |
| Numerical study of the magnetic field influence on sub-nanosecond laser-foam interaction | Löffelmann | Jiří | Jiří Löffelmann (Czech Technical University in Prague) | Czechia | BPIF03 | P3.2010 | K11 |
| Significant Increase in the Number of Energetic Protons with Two Hot Temperatures of 1 and 4 MeV During the Interaction of an Ultra-Intense Laser with a Foam Target Near the Critical Density and Coulomb piston signature. | Malka | Gerard | Bordeaux University | France | BPIF03 | P3.2019 | K13 |
| Free-Boundary Equilibrium and Transport code coupling for COMPASS Upgrade scenarios | Marchioni | Stefano | Stefano Marchioni (IPP-CAS) | Czechia | MCF04 | P3.1111 | C22 |
| On Plasma Start-up in the FREED Device | Martin | Max | Max Martin (University of California, San Diego) | USA | MCF11 | P3.1304 | C38 |
| Profile effects on the dissipation of runaway beams by impurity injection in tokamak disruptions | Martin Solis | Jose Ramon | Jose Ramon Martin Solis (Universidad Carlos III de Madrid) | Spain | MCF09 | P3.1214 | C41 |
| Experimental observation of stabilization effect of AE bursts due to resonant interaction with fast ions in LHD plasmas | Matsuoka | Masato | Masato Matsuoka (Nagoya University) | Japan | MCF03 | P3.1028 | C10 |
| Optimisation of Fusion Power Plant Design via System Code Studies: Role of Advanced Materials, Physics Assumptions and Architecture Solutions | Maviglia | francesco | francesco maviglia (PMU – EUROfusion) | Germany | MCF10 | P3.1255 | C32 |
| Energetic particle-driven ion cyclotron emission in MAST Upgrade | McClements | Ken | Ken McClements (UKAEA) | UK | MCF03 | P3.1029 | C10 |
| Physics design of a Spherical Tokamak Advanced Reactor (STAR) | Menard | Jonathan | Jonathan Menard (Princeton Plasma Physics Laboratory) | USA | MCF10 | P3.1256 | C32 |
| Parameter space analysis for runaway electrons during start-up in the FTU tokamak* | Mier | José Ángel | José Ángel Mier (Universidad de Cantabria) | Spain | MCF09 | P3.1215 | C41 |
| Hydrogen production via direct injection of methane into a 2.45 GHz microwave nitrogen plasma flame | Miotk | Robert | Robert Miotk (Institute of Fluid Flow Machinery, Polish Academy of Sciences) | Poland | LTDP05 | P3.4011 | K5 |
| Modelling of flux pumping in tokamaks | Miron | Gabriel | Gabriel Miron | Romania | MCF03 | P3.1030 | C11 |
| Fast electron generation during tokamak startup: experiments and simulations in the TCV tokamak | Molina-Cabrera | Pedro | Pedro Molina-Cabrera (Swiss Plasma Center – Ecole Polytechnique Federale de Lausanne) | Switzerland | MCF09 | P3.1216 | C41 |
| Impact of photon-photon pair creation on extreme gamma-ray-plasma interactions | Molinier | Léo | Léo Molinier (CEA, DAM, DIF) | France | BSAP02 | P3.3009 | K7 |
| Langmuir wave excitation in a small-scale laboratory plasma: a model for solar wind | Molisani | Sara | Sara Molisani (Università degli Studi di Padova – Consorzio RFX) | Italy | BSAP03 | P3.3053 | K1 |
| Ponderomotive plugging in the Novatron magnetic fusion mirror device | Mollén | Albert | Albert Mollén (KTH Royal Institute of Technology) | Sweden | MCF11 | P3.1305 | C39 |
| Modeling relativistic bump-on-tail instability in neutron star magnetospheres: a nonthermal approach using GARDEN | Mousavi | Moha | Moha Mousavi (Ruhr Universität Bochum) | Germany | BSAP02 | P3.3010 | K7 |
| An inductively coupled plasma discharge for laboratory astrophysics | Mudra | Maximilian | Maximilian Mudra (University of the Bundeswehr Munich) | Germany | BSAP03 | P3.3054 | K1 |
| Qualitative differences of marginally unstable ballooning modes in tokamaks and stellarators | Nikulsin | Nikita | Nikita Nikulsin (Max Planck Institute for Plasma Physics, Greifswald branch) | Germany | MCF08 | P3.1160 | C27 |
| ASCOT and FILDSIM modelling for fast-ion loss detector signals in JT-60SA | Ordóñez Jiménez | Juan Manuel | Juan Manuel Ordóñez Jiménez (University of Seville) | Spain | MCF03 | P3.1031 | C11 |
| Study of runaway electron distributions using synchrotron imaging and fluid-kinetic modeling | Orduña Martinez | Andres | Andres Orduña Martinez (Max Planck Institute for Plasma Physics) | Germany | MCF09 | P3.1217 | C42 |
| Pulsars as Plasmas: the collective plasma influence on ultra-high energy QED processes in pulsar radiation | Osborne | Francois | Francois Osborne (University of Glasgow) | UK | BSAP02 | P3.3011 | K7 |
| Mass spectrometry of Atmospheric Pressure Plasma for Air Sanitation | Pal | Dipak | Università degli Studi di Milano-Bicocca | Italy | LTDP05 | P3.4018 | K9 |
| Pellet Fuelling: HPI2 code update and validation on WEST tokamak pellet fuelled pulse with High Fidelity Pulse Simulator | Panera Alvarez | Alex | Alex Panera Alvarez (DIFFER) | The Netherlands | MCF11 | P3.1306 | C39 |
| Computational fluid-electromagnetic modelling of non-thermal microwave plasma at atmospheric pressure for graphene production | Pareja Ruiz | Kevin | Kevin Pareja Ruiz (Universidad de Córdoba) | Spain | LTDP05 | P3.4012 | K8 |
| The FreeGSNKE Pulse Design Tool: a Python-based, open-source framework for in-silico scenario and control design in tokamak plasmas | Pentland | Kamran | Kamran Pentland (UKAEA) | UK | MCF04 | P3.1112 | C22 |
| Finite-difference Fokker–Planck collision operator for HALO: a full-orbit Vlasov-Maxwell wave–particle interaction code | Perera | Aravinda | Aravinda Perera (Plasma Simulation) | UK | MCF03 | P3.1032 | C11 |
| Numerical Study of the impact of laser irradiation parameters on X-ray Conversion of different materials | Peret | Mathieu | Mathieu Peret (CEA) | France | BPIF03 | P3.2013 | K11 |
| Data-driven simulation of kinetic quantities on TCV | Poels | Yoeri | Yoeri Poels | Switzerland | MCF11 | P3.1307 | C39 |
| Extended capabilities and operational constraints of an upgraded Wendelstein 7-X neutral beam heating system | Poloskei | Peter | Peter Poloskei (Max Planck Institute for Plasma Physics) | Germany | MCF08 | P3.1161 | C27 |
| Characterization of mode activity in borderline MHD-unstable W7-X configurations | Pons-Villalonga | Pedro | Pedro Pons-Villalonga (Max-Planck Institute for Plasma Physics) | Germany | MCF03 | P3.1033 | C12 |
| Tearing Modes during the current ramp-up of the Hybrid scenario on JET | Pucella | Gianluca | Gianluca Pucella (ENEA) | Italy | MCF03 | P3.1034 | C12 |
| Linear extended MHD stability of tokamak and stellarator plasmas | Puchmayr | Jonas | Jonas Puchmayr (Max Planck Institute for Plasma Physics) | Germany | MCF03 | P3.1035 | C12 |
| Negative triangularity and low aspect ratio for compact high-field fusion pilot plants | Puentes del Pozo | Fernando | Diego Jose Cruz Zabala (University of Seville) | Spain | MCF10 | P3.1257 | C32 |
| Analysis of 2/1 neoclassical tearing mode mitigation techniques in MAST-U using the JOREK non-linear MHD code | Quantrill | Marcus | UK | MCF03 | P3.1066 | C3 | |
| Introducing Merlino2D, an open-source fluid code for gas discharge simulations | Ragazzi | Fabio | Fabio Ragazzi (University of Bologna) | Italy | LTDP05 | P3.4013 | K8 |
| Alfvén eigenmodes in purely NBI heated plasmas at the Wendelstein 7-X stellarator | Rahbarnia | Kian | Kian Rahbarnia | Germany | MCF03 | P3.1036 | C13 |
| Analysis of Runaway Electron dynamics in WEST based on Synchrotron Radiation Measurements | Regine | Mario | Mario Regine (Tor Vergata) | Italy | MCF09 | P3.1218 | C42 |
| MHD analysis of electromagnetic GAMs in up-down asymmetric tokamaks | Ren | Haijun | Haijun Ren (University of Science and Technology of China) | China | MCF03 | P3.1037 | C13 |
| Kinetic particle dynamics and energization during the nonlinear evolution of collisionless tearing modes in tokamak plasmas | Ren | Jincai | Jincai Ren (IPP Garching) | Germany | MCF03 | P3.1038 | C13 |
| Surface-Modified Nylon Textile for Wearable rGO/MOx-Based Chemiresistive Gas Sensors | RICCARDI | CLAUDIA | CLAUDIA RICCARDI (Università di Milano-Bicocca) | Italy | LTDP05 | P3.4014 | K8 |
| Modeling optically smoothed laser fields with thick rays | ROBINET | Emeric | Emeric ROBINET (CEA) | France | BPIF03 | P3.2014 | K12 |
| Real Time Virtual Circuits for plasma shape control via NN surrogates | Ross | Alasdair | Alasdair Ross (STFC Hartree Centre) | UK | MCF04 | P3.1113 | C23 |
| Phenomenology of radiative tearing modes in ASDEX Upgrade | Samoylov | Oleg | Oleg Samoylov (Max Planck Institute for Plasma Physics, Garching, Germany) | Germany | MCF03 | P3.1040 | C14 |
| A Triangularity-Based Proxy for Electrostatic ITG Turbulence Optimization in Compact Stellarator Design | Sanchez | Raul | Raul Sanchez (Universidad Carlos III de Madrid) | Spain | MCF08 | P3.1162 | C28 |
| Towards Quantum Plasma Simulation: Benchmarking Variational Quantum Algorithms for Electromagnetic Wave Propagation | Sánchez Melián | Juanma Sanchez | Juanma Sanchez Sánchez Melián (Barcelona Supercomputing Center) | Spain | MCF11 | P3.1309 | C40 |
| β -dependent beam-ion modelling in W7-X including species effects | Sanchis | Lucía | Lucía Sanchis (University of Sevilla) | Spain | MCF08 | P3.1163 | C28 |
| Stability of finite width large amplitude electron plasma waves | Sary | Gaétan | Gaétan Sary (CEA) | France | BPIF03 | P3.2015 | K12 |
| Kinetic thermal ion effects on the maximum beta limited by infernal modes in tokamaks | Sato | Masahiko | Masahiko Sato (National Institute for Fusion Science) | Japan | MCF03 | P3.1041 | C14 |
| The influence of the electrode material on rf plasma sheaths observed by force measurements on optically trapped microparticles | Schneider | Viktor | Institute of Experimental and Applied Physics, Christian-Albrechts-University Kiel, Kiel, Germany | Germany | LTDP05 | P3.4017 | K9 |
| Impact of suprathermal electrons on ionization and radiation properties of fusion plasma with high-Z impurities | Scholz | Marek | Marek Scholz (Institute of Nuclear Physics Polish Academy of Sciences) | Poland | MCF11 | P3.1310 | C40 |
| Particle acceleration at oblique shocks: testing the Vlasov-Fokker-Planck approach | Schween | Nils W. | Nils W. Schween (Max-Planck-Institut für Kernphysik) | Germany | BSAP02 | P3.3014 | K3 |
| Torque-aware error field correction for ITER using quasi-symmetric magnetic perturbations | Seo | GwangGeun | GwangGeun Seo (Seoul National University) | South Korea | MCF03 | P3.1042 | C14 |
| Fast ion transport in a magnetic X-point in TORPEX | Sepulchre | Cyrille | Cyrille Sepulchre (EPFL, Swiss Plasma Center) | Switzerland | MCF03 | P3.1043 | C15 |
| Exact solution of the Gaunt-modified Landau–Lifshitz equation in a plane wave | Shekhanov | Sviatoslav | Sviatoslav Shekhanov (York Plasma Institute, University of York, York, United Kingdom) | UK | BPIF05 | P3.2060 | C3 |
| Impact of Plasma Instabilities on High-Harmonic Generation Efficiency with PW-Class Lasers | Sikorski | Philipp | Philipp Sikorski (CEA, Paris) | France | BPIF03 | P3.2016 | K12 |
| Simulating fusion-born alpha particle slowing-down and wall loads in the Gauss GIGA stellarator using ASCOT5 | Sissonen | Joona | Joona Sissonen (VTT) | Finland | MCF03 | P3.1045 | C15 |
| Advancing Fusion Energy: A High Field Blanket Component Test Facility | SOLOMON | WAYNE | WAYNE SOLOMON (General Atomics) | USA | MCF11 | P3.1311 | C40 |
| Dynamic control of plasma shape with variable number of sensors | Sorokin | Dmitry | Dmitry Sorokin (Next Step Fusion) | Luxembourg | MCF04 | P3.1118 | C24 |
| Transient induced effects on electrostatic and magnetic fluctuations in the SOL of W7-X | Spolaore | Monica | Monica Spolaore | Italy | MCF08 | P3.1164 | C28 |
| Integrated modelling of reactions between energetic particles and metal wall impurities in tokamak plasmas | Štancar | Žiga | Žiga Štancar (UK Atomic Energy Authority) | UK | MCF03 | P3.1046 | C15 |
| Tokamak GOLEM for fusion education – chapter 17: magnetic islands, disruption prediction, diamagnetic measurement, spectroscopy, transport barrier, ion temperature measurement | Stanek | Samuel | Samuel Stanek (Faculty of Nuclear Sciences and Physical Engineering CTU in Prague, Department of Physics, Prague 1, Czech Republic) | Czechia | MCF11 | P3.1312 | C45 |
| Integrated modelling of sawtooth cycles and fishbones in tokamak plasmas | Stefanelli | Federico | Federico Stefanelli (Max Planck Institute for Plasma Physics) | Germany | MCF03 | P3.1047 | C16 |
| Simulation of stochastic transport and deposition of seed runaway electrons during ITER Shattered Pellet Injection | Sun | Yuxiang | Yuxiang Sun (Beihang University，School of Physics) | China | MCF09 | P3.1220 | C42 |
| Statistical analysis of disruption event chains in TCV and implications for SPARC | Svantner | Jean-Pierre | Jean-Pierre Svantner (EPFL – SPC) | Switzerland | MCF09 | P3.1221 | C43 |
| Impact of electron density profile on core impurity behavior in NBI-heated LHD plasmas | Tamura | Naoki | Naoki Tamura (Max-Planck Institute for Plasma Physics) | Germany | MCF08 | P3.1165 | C29 |
| Towards predictive simulations of runaway electron generation and impact for DEMO LAR scenario | Tang | Weikang | Weikang Tang | Germany | MCF09 | P3.1222 | C43 |
| Simulated stabilisation of tearing modes by electron Bernstein wave current drive in MAST-U | Thomas | Kitt | Kitt Thomas (University of York) | UK | MCF04 | P3.1116 | C23 |
| Analysis of MHD events associated with high density operation in Wendelstein 7-X | Thomsen | Henning | Henning Thomsen (MPI f. Plasmaphysik) | Germany | MCF08 | P3.1166 | C29 |
| Three-dimensional steady states as perturbations of the Solov’ev equilibrium | Throumoulopoulos | George | George Throumoulopoulos (University of Ioannina, Greece) | Greece | MCF11 | P3.1313 | C45 |
| Plasma rotation braking during error field identification experiments in MAST-U | Tonel | Alessandra | Alessandra Tonel (Università di Padova-Centro Ricerche Fusione, Italy) | Italy | MCF03 | P3.1050 | C16 |
| Real-time implementation of spectroscopy measurements at the ASDEX Upgrade tokamak | Tosto | Beatrice | Beatrice Tosto (Università degli Studi di Milano-Bicocca) | Italy | MCF04 | P3.1117 | C23 |
| Validation of neoclassical $E_r$ predictions in multi-pellet induced enhanced confinement regimes in TJ-II | Tribaldos | Victor | Victor Tribaldos (Universidad Carlos III de Madrid) | Spain | MCF08 | P3.1167 | C29 |
| Tokamak GOLEM for fusion education – chapter 17: plasma current stabilization, Bayesian optimization, runaway electrons and NN-based visual tomography | Tunkl | Marek | Marek Tunkl (Czech Technical University in Prague) | Czechia | MCF11 | P3.1314 | C45 |
| Energetic Particle Transport and Zonal State evolution in burning plasmas | Valerio Falessi | Matteo | Matteo Valerio Falessi (ENEA) | Italy | MCF03 | P3.1015 | C8 |
| Schlieren diagnostic for the characterization of propellant gas flow suppression in the Shattered Pellet Injector of the ITER DMS | Vavrik | Márton | Márton Vavrik (HUN-REN Centre for Energy Research) | Hungary | MCF09 | P3.1223 | C43 |
| Infrared thermography to monitor fast-ion losses in the presence of externally-applied magnetic perturbations in the MAST-U spherical tokamak | Velarde Gallardo | Lina | Lina Velarde Gallardo (Universidad de Sevilla) | Spain | MCF03 | P3.1051 | C16 |
| Data-driven synthetic diagnostic for kinetic ion profile reconstruction on TCV and AUG | Venturini | Cristina | Cristina Venturini | Switzerland | MCF11 | P3.1315 | C46 |
| Study of RF power deposition in Wendelstein7-X with Petra-M FEM | Verstraeten | Maja | Maja Verstraeten (LPP-ERM/KMS) | Germany | MCF08 | P3.1168 | C30 |
| Effect of the Toroidal Field ripple on electromagnetic loads during disruptions | Villone | Fabio | Fabio Villone (DIETI, CREATE, Università degli Studi di Napoli Federico II) | Italy | MCF09 | P3.1224 | C44 |
| Kinetic modelling of runaway electrons in ITER disruptions with shattered pellet injection | Votta | Lorenzo | Lorenzo Votta (KTH Royal Institute of Technology) | Sweden | MCF09 | P3.1225 | C44 |
| Comprehensive simulations of bursting shear Alfvén waves in tokamaks and their control via phase space engineering with ICRF waves | WANG | Jialei | Jialei WANG (National Institute for Fusion Science) | Japan | MCF03 | P3.1052 | C17 |
| Feedback control systems for plasma operation at Wendelstein 7-X | Wegner | Thomas | Thomas Wegner (Max Planck Institute for Plasma Physics, 17491 Greifswald, Germany) | Germany | MCF04 | P3.1119 | C24 |
| Towards optimised power and particle exhaust design for future fusion power plants using AI workflows | Wiesen | Sven | Sven Wiesen (DIFFER) | The Netherlands | MCF10 | P3.1259 | C37 |
| Radial electric field–driven transient enhancement of inward impurity pinch via massive impurity injection in the EAST disruption | Xia | Wei | Wei Xia (Institute of Plasma Physics, Hefei Institutes of Physical Science, Chinese Academy of Sciences) | China | MCF09 | P3.1226 | C44 |
| Characteristics of high-frequency MHD instabilities excited by compact torus injection on EAST | Ye | Yang | Yang Ye (Institute of Energy, Hefei Comprehensive National Science Center (Anhui Energy Laboratory)) | China | MCF03 | P3.1056 | C17 |
| A high-performance JAX-based solver for extracting the nearest canonical equilibrium in tokamak plasmas | Yu | JingYi | JingYi Yu (Peking University) | China | MCF03 | P3.1057 | C17 |
| Investigating ion acceleration and diffusion in a laser-driven magnetized plasma | Yu Chu | Ting | Ting Yu Chu (University of Oxford) | UK | BSAP03 | P3.3051 | K1 |
| The new XTAPAS code to analyse energetic particle dynamics in full-F and full-orbit approaches | Zarzoso | David | David Zarzoso (CNRS) | France | MCF03 | P3.1059 | C18 |
| Impact of positive and negative triangularity on trapped-particle Orbital Spectrum and transport | ZESTANAKIS | PANAGIOTIS | PANAGIOTIS ZESTANAKIS (School of Applied Mathematics and Physical Sciences, National Technical University of Athens) | Greece | MCF03 | P3.1061 | C18 |
| MHD modelling of flux pumping and sawtooth in ASDEX Upgrade and JET plasmas | Zhang | Haowei | Haowei Zhang (Max Planck Institute for Plasma Physics) | Germany | MCF03 | P3.1062 | C18 |
| A probabilistic framework for three-dimensional equilibrium reconstruction | Zhang | Yangyang | Yangyang Zhang | Belgium | MCF08 | P3.1169 | C30 |
| Energetic-ion-driven transport bifurcation and its impact on multi-species neoclassical transport in LHD | Zhang | Yize | Yize Zhang (the university of tokyo) | Japan | MCF08 | P3.1170 | C30 |
| Synergistic ITB improvement via NTM suppression and 3D field application in the J-TEXT tokamak | Zhao | Chuanxu | Chuanxu Zhao | China | MCF03 | P3.1063 | C19 |
| Electromagnetic Coupling and Localized Core Fueling via Compact Torus Injection in the KTX Device | ZHUANG | GE | GE ZHUANG (University of Science and Technology of China) | China | MCF11 | P3.1316 | C46 |
| Simulations of tungsten screening in STEP | Aho-Mantila | Leena | Leena Aho-Mantila (VTT) | Finland | MCF05 | P2.1151 | C24 |