List of contributions
Plenary talks
| Name | Contribution title | Session |
|---|---|---|
| Motoki Nakata | Turbulent transport in multi-ion mixture plasmas | Burning plasmas |
| Tomas Odstrcil | Impurity Transport in Tokamaks: Progress and Open Challenges | Impurity transport |
| László Horváth | Advances in Measuring and Understanding Neutral Fueling and Pedestal Particle Transport at DIII-D | New capabilities in modelling and measurement |
| Paola Mantica | Negative triangularity studies in view of DTT operations | Magnetic equilibrium effects |
| Sophia Henneberg | Compact quasi-axisymmetric stellarator-tokamak hybrids: 3D-Optimized Tokamaks | Stellarators and 3D fields |
| Mike Dunne | Progress and challenges in understanding the Quasi-Continuous Exhaust regime | No-/Small-ELM confinement regimes |
| Michele Marin | Modelling Impurity-Seeded Plasmas at JET: Core, Edge, and Pedestal | SOL-edge-core integration |
Oral contributions
| Name | Contribution title | Session |
|---|---|---|
| Philipp Lauber | ATEP: A phase space resolved transport model for energetic particles | Burning plasmas |
| Costanza Maggi | Isotope mass dependence and physics of internal transport barrier trigger and sustainment in JET with Be/W wall | Burning plasmas |
| Roxána Takács | Impact of the main ion species on the ASDEX Upgrade Pedestal | Burning plasmas |
| Thilo Romba | On the occurrence of regimes of suppressed anomalous impurity transport in W7-X and implications for stellarator reactors | Impurity transport |
| Elisabetta Bray | Predictive integrated modeling of core impurity transport in the Volumetric Neutron Source (VNS) Tokamak | Impurity transport |
| Enzo Vergnaud | Predictive full radius integrated modelling of plasma current impact on WEST L-mode confinement | New capabilities in modelling and measurement |
| Pablo Rodriguez-Fernandez | Efficient steady-state predictions of core plasma profiles with delta-𝒇 nonlinear gyrokinetics using the PORTALS framework | New capabilities in modelling and measurement |
| Maurizio Giacomin | Flow shear turbulence suppression in GBS simulations of a RFX-mod diverted plasma in the presence of voltage biasing | New capabilities in modelling and measurement |
| Facundo Sheffield | Gyrokinetic pedestal studies varying shaping in AUG | Magnetic equilibrium effects |
| Tobias Schuett | The poloidal distribution of electrostatic zonal flow drive in strongly shaped tokamaks | Magnetic equilibrium effects |
| Josefine Proll | Addressing turbulence questions in the Wendelstein 7-X stellarator – a combined experimental and theoretical approach | Stellarators and 3D fields |
| Linda Podavini | Geometry effects on gyrokinetic instabilities and turbulence in W7-X | Stellarators and 3D fields |
| Christopher Albert | Predicting neoclassical toroidal viscous torque in present and future tokamaks: status and challenges | Stellarators and 3D fields |
| Tuomas Tala | Rotation Acceleration and Braking due to RMP in MAST-U Experiment | Stellarators and 3D fields |
| Koki Imada | Small-ELM H-modes in strongly shaped MAST Upgrade tokamak plasma | No-/Small-ELM confinement regimes |
| Ran CHEN | Experimental Study on Pedestal Fluctuations in H-modes without Large ELMs during the Transition to A Detached Tungsten Divertor at EAST | No-/Small-ELM confinement regimes |
| Marina Becoulet | Non-linear gyro-kinetic Ion Temperature Gradient (ITG) and Trapped Electron Modes (TEM) turbulence modelling in X-point geometry in negative and positive triangularity shapes. | No-/Small-ELM confinement regimes |
| Bing Liu | Strong impact of separatrix conditions on full-radius L-mode predictive integrated modelling | SOL-edge-core integration |
| Sascha Rienäcker | Multi-device study of Er and its sensitivity to magnetic topology in tokamaks | SOL-edge-core integration |
| Odd Erik Garcia | Blob structures and density shoulder formation in Alcator C-Mod | SOL-edge-core integration |
Poster session 1 – 2025. 09. 09.
| Name | Contribution title | Session | Poster nr. |
|---|---|---|---|
| Marco Gobbin | NBI-Generated Fast Ion Transport in DTT: Ripple and TAE Effects | Burning plasmas | 1 |
| Hua Yang | Control of NTMs with ion cyclotron resonance frequency waves in EAST | Burning plasmas | 2 |
| John Lloyd Baker | Modelling type-I ELM detachment burn-through for SPARC | Burning plasmas | 3 |
| Rongjie Zhu | Experimental observation of temperature oscillations driven by nonlinear coupling to the current profile on EAST | Burning plasmas | 4 |
| Guillaume Lo-Cascio | Isotope mix effect on edge turbulent transport in pre-L-H transition conditions in JET-ILW | Burning plasmas | 5 |
| Clarisse Bourdelle | Physics uncertainties: impact and mitigation on a DEMO burning plasma | Burning plasmas | 6 |
| Emil Fransson | The impact of electromagnetic effects on turbulent transport in the core of JET, JT-60SA and ITER | Burning plasmas | 7 |
| Guo Meng | Orbit-Averaged Collisional Modelling for Energetic Particle Transport in Constants-of-Motion Space | Burning plasmas | 8 |
| Sagar Choudhary | Saturation of fishbones due to zonal flow in weak temperature gradient equilibria : a gyrokinetic study | Burning plasmas | 9 |
| Marco Muraca | Integrated transport modeling for SPARC H-modes: sensitivity to physics inputs | Burning plasmas | 10 |
| Nathan Howard | Density Peaking in Next Generation Fusion Devices: Analysis of Performance and Transport in SPARC, ARC, and ITER | Burning plasmas | 11 |
| Joseph Hall | Advances in integrated modeling of burning plasmas in ARC | Burning plasmas | 12 |
| Francis Casson | Non-inductive ramp-up and burning plasma access for STEP | Burning plasmas | 13 |
| Aleksei Dnestrovskii | Dependence of confinement on magnetic field in the ST40 spherical tokamak | Magnetic equilibrium effects | 14 |
| Maikel Morren | Fast ITG-TEM stability evaluation in arbitrary geometry based on a variational approach | Magnetic equilibrium effects | 15 |
| Can Su | Study of the beta dependence of confinement and transport for H-mode plasmas in EAST | Magnetic equilibrium effects | 16 |
| Fabien Jaulmes | Coupled 1D transport equation of METIS with full electromagnetic model for breakdown and burn through of DYON | New capabilities in modelling and measurement | 17 |
| Fei Chen | Advantages of multi-scale turbulence measurements using Collective Thomson Scattering on EAST tokamak | New capabilities in modelling and measurement | 18 |
| Márton Levente Sebestyén | Development of a synthetic Atomic Beam Probe diagnostic | New capabilities in modelling and measurement | 19 |
| Péter Balázs | Investigation of mode structure from BES signals in MAST Upgrade | New capabilities in modelling and measurement | 20 |
| Özgur Gürcan | Turbulence Phase Transition in Hasegawa-Wakatan | New capabilities in modelling and measurement | 21 |
| Synne Brynjulfsen | Characterization of fluctuations in three dimensional numerical simulations in FELTOR | New capabilities in modelling and measurement | 22 |
| Artigues Victor | “Accelerating Hasegawa–Wakatani simulations with machine learning for out-of-distribution predictions” | New capabilities in modelling and measurement | 23 |
| Audun Theodorsen | Multimachine analysis of intermittent fluctuations in the scrape-off layer of magnetically confined fusion plasmas | New capabilities in modelling and measurement | 24 |
| Antoine Jamann | Advancing plasma turbulence understanding with synthetic reflectometry in tokamaks | New capabilities in modelling and measurement | 25 |
| Harry Dudding | Predicting the isotope scaling of confinement in JET-ILW Ohmic and low power L-modes with H, D and T | New capabilities in modelling and measurement | 26 |
| Örs Asztalos | Leveraging synthetic diagnostics for driftfluid turbulence model validation | New capabilities in modelling and measurement | 27 |
| Balazs Molnar | Physics-informed neural networks for electron density reconstruction in the plasma edge | New capabilities in modelling and measurement | 28 |
| Ferenc Lengyel | Kinetic modelling of runaway electron momentum distributions for the EU-DEMO tokamak | New capabilities in modelling and measurement | 29 |
| Bailey Cook | Exploring spectral energy transfer in nonlinear gyrokinetic simulations to understand zonal flow drive | New capabilities in modelling and measurement | 30 |
| David Newman | Differential Cross-Phase Modulation as a Control Knob for I-Mode Transport: New Reduced-Model and Non-linear GENE Results with Insights | New capabilities in modelling and measurement | 31 |
| Ákos Kovács | Study of SOL plasma turbulence on Wendelstein 7X with syntheticreflectometry | New capabilities in modelling and measurement | 32 |
| Dániel Jánosi | New model for runaway transport in chaotic Hamiltonian systems | New capabilities in modelling and measurement | 33 |
| Aaron Ho | Efficient dataset construction using active learning and uncertainty-aware neural networks for surrogate model generation | New capabilities in modelling and measurement | 34 |
| Dániel Dunai | Conceptual design of the divertor monitoring diagnostic for European DEMO | New capabilities in modelling and measurement | 35 |
| Clive Michael | Interplay between fast ions, turbulence and flows in internal kink structures in MAST-U | Burning plasmas | 36 |
Poster session 2 – 2025. 09. 11.
| Name | Contribution title | Session | Poster nr. |
|---|---|---|---|
| Andrea Casolari | Characterization of turbulent transport in COMPASS Upgrade scenarios with Electron Cyclotron Heating | No-/Small-ELM confinement regimes | 1 |
| Pengjun Sun | Study of core region turbulence transport and parametric ranges of ELM-free H-mode plasmas on EAST | No-/Small-ELM confinement regimes | 2 |
| Zheyuan Si | Study of the transition of ∇Te and ∇ne driven TEM and their transport in small-ELM H mode plasmas using ECRH modulation | No-/Small-ELM confinement regimes | 3 |
| Alsu Sladkomedova | Dynamics of plasma fluctuations and confinement properties during I-phase in ST40 plasmas | No-/Small-ELM confinement regimes | 4 |
| Sándor Hegedűs | Characterization of Type III ELM Precursors on MAST-U with Beam Emission Spectroscopy | No-/Small-ELM confinement regimes | 5 |
| Steven Thomas | Neutral density and penetration measurements in a poloidal fuelling scan on MAST Upgrade | SOL-edge-core integration | 6 |
| Pierre Guillon | Flux-driven turbulent transport using penalisation in the Hasegawa-Wakatani system | SOL-edge-core integration | 7 |
| Michael Bergmann | Extension of the ion heat transport channel in IMEP | SOL-edge-core integration | 8 |
| Olga Paikina | Scrape-off layer profiles in SPARC based on blob motion | SOL-edge-core integration | 9 |
| Kiera McKay | Investigating the pedestal intrinsic torque at the ASDEX Upgrade tokamak | SOL-edge-core integration | 10 |
| Laure Vermare | Radial electric field profile and geodesic acoustic modes in tokamak plasmas | SOL-edge-core integration | 11 |
| Francesco Orlacchio | Interpreting scale-dependent velocity measurements from Doppler Backscattering diagnostic on WEST tokamak | SOL-edge-core integration | 12 |
| Gábor Cseh | Edge radiation dynamics during the attachment-detachment transition in Wendelstein 7-X | SOL-edge-core integration | 13 |
| Fulvio Auriemma | Time dependent ASTRA-TGLF predictive modelling of the DTT Hybrid scenario | SOL-edge-core integration | 14 |
| Timothé ROUYER | Parametric study of Ion Temperature Gradient and Parallel Velocity Gradient instabilities and 5D gyrokinetic transport simulations in cylindrical geometry | SOL-edge-core integration | 15 |
| István Cziegler | Recent Progress in divertor-SOL-edge studies for advanced and alternative confinement in spherical tori | SOL-edge-core integration | 16 |
| Gábor Tompos | Optimization of MAST-U Beam Emission Spectroscopy diagnostics for edge turbulence measurements | SOL-edge-core integration | 17 |
| Donát M. Takács | Velocimetry analysis of apparent poloidal motion in the pedestal region for Type-I ELMs observed in MAST-U | SOL-edge-core integration | 18 |
| Imre Eszter Anna | Investigation of Edge Quasi-Coherent Fluctuations in the Wendelstein 7-X Stellarator Plasma Using Alkali Beam Diagnostics | Stellarators and 3D fields | 19 |
| Gavin Weir | A comparison of heat pulse propagation analysis using Electron Cyclotron Emission and Thomson scattering diagnostics on Wendelstein 7-X | Stellarators and 3D fields | 20 |
| Miklos Porkolab | Phase Contrast Imaging and Gas Puff Imaging at Wendelstein 7-X – overview of core and SOL density fluctuation measurements | Stellarators and 3D fields | 21 |
| Xiang Han | Carbon density fluctuation measurements at the plasma edge using the prototype low-noise, high-speed BES detector on W7-X | Stellarators and 3D fields | 22 |
| Zeno Tecchiolli | Global fluid turbulent simulations in W7-AS and HSX stellarators | Stellarators and 3D fields | 23 |
| Attila Buzás | A multi-diagnostic approach to investigate filament activity on the Wendelstein 7-X stellarator | Stellarators and 3D fields | 24 |
| Rory Conlin | A new multigrid solver for stellarator neoclassical transport | Stellarators and 3D fields | 25 |
| Luis Raul Sanchez Fernandez | On the use of toroidally-averaged triangularity as a proxy for optimizing compact stellarators with respect to electrostatic ITG turbulent transport∗ | Stellarators and 3D fields | 26 |
| Andrew Ware | Variation of the Number of Field Periods for Symmetric Stellarators | Stellarators and 3D fields | 27 |
| Barnabas Gellert Csillag | Island divertor studies in 3D with GRILLIX | Stellarators and 3D fields | 28 |
| Georg Sebastian Grassler | Fast bootstrap current evaluation in devices close to omnigeneity | Stellarators and 3D fields | 29 |
| Márton Vavrik | Optimizing fuelling pellet injection geometry for COMPASS Upgrade with HPI2 | Impurity transport | 30 |
| Romain Avril | Gyrokinetic modelling of lithium turbulent transport in the core plasma | Impurity transport | 31 |
| Tabea Gleiter | Radial impurity transport studies in the pedestal of ASDEX Upgrade | Impurity transport | 32 |
| Roman Ghiam | Impurity Transport Using Tracer Particles and the Hasegawa–Wakatani Model | Impurity transport | 33 |
| Athina Kappatou | Investigations of tungsten temperature screening in the periphery of ASDEX Upgrade plasmas | Impurity transport | 34 |
| Dmitri Orlov | Effect of Tungsten Impurity Concentration on Core Transport in DIII-D with the Proposed Tungsten First Wall | Impurity transport | 35 |
