▼ Please Select CD F B1 B2 A1 A2 L1 L2 SG SA MF1 MF2

CD-1-TP 40min	Sang-Jin Park(Seoul National University) Simulations for understanding Alfven Eigenmode Mitigation physics in KSTAR Experiment
CD-1-I1 20min	Chuanxu Zhao(International Joint Research Laboratory of Magnetic Confinement Fusion and Plasma Physics (IFPP), Huazhong University of Science and Technology) Investigation of the evolution and interaction of e-ITB and core MHD in J-TEXT
CD-1-I2 20min	Yi Zhang(Southwestern Institute of Physics) Impact of resonant magnetic perturbation on L-H transition dynamics in HL-2A and HL-3 tokamaks
CD-1-I3 20min	Wei Wang(Southwestern Institute of Physics) Dynamics of transport barriers formation in HL-3 experiment and gyro-kinetic simulations
CD-1-I4 20min	Garbet Xavier(NTU/CEA) Closure models for simulations of drift wave turbulence

CD-2-TP 40min	Weixin Guo(Huazhong University of Science and Technology) Comprehensive study of the transport and kinetic source of helium ash from alpha particles
CD-2-I1 20min	Patrick Diamond(UC San Diego) Radiative Condensation ,Turbulence and the Power Scaling of the Density Limit
CD-2-I2 20min	Ting Wu(Southwestern Institute of Physics) Impact of edge turbulence spreading on broadening the heat flux width in plasma approaching the density limit
CD-2-I3 20min	Bin Ahn(Korea Advanced Institute of Science and Technology) Cross-field diffusion of magnetized low temperature plasmas near separatrix: A Particle-In-Cell simulation study
CD-2-I4 20min	Shanni Huang(Huazhong University of Science and Technology) Theory of impurity effects on electromagnetic instabilities and the associative transport in the tokamak pedestal
CD-2-O1 15min	Chuang Ren(University of Rochester) Ion-electron temperature equilibration in magnetized collisionless shocks

CD-3-TP 40min	Akihiro Ishizawa(Graduate School of Energy Science, Kyoto University) Nonlinear interactions between toroidal Alfven eigenmode and microturbulence
CD-3-I1 20min	Lizhe Guo(Institute of Physics, Chinese Academy of Sciences) Impacts of self-organized zonal fields on BAE nonlinear dynamics in phase space
CD-3-I2 20min	Min Jiang(Southwestern Institute of Physics) Interaction among magnetic island, flow and turbulence and its impact in plasma confinement
CD-3-I3 20min	Gyungjin Choi(Korea Advanced Institute of Science and Technology) Self-generated oscillations in a magnetic island
CD-3-I4 20min	Min Ki Jung(Seoul National University) Multi-scale interactions in KSTAR disruptive plasmas with forced magnetic islands: A global gyrokinetic analysis
CD-3-O1 15min	Chang Kai Chai(Nanyang Technological University) Transition from electrostatic to electromagnetic instabilities in magnetised plasmas

CD-4-TP 40min	Eisung Yoon(Ulsan National Institute of Science and Technology) Mode Decomposition Methods for Analyzing Phase Mixing and ITG Dynamics
CD-4-I1 20min	Michael Leconte(Korea Institute of Fusion Energy (KFE)) Interplay between nonlinear transport crossphase and zonal modes in two-field ITG turbulence
CD-4-I2 20min	Makoto Sasaki(Nihon University) Trapping and de-trapping bifurcation of drift wave turbulence by zonal flows based on a reduced fluid model
CD-4-O1 15min	Lei Yao(Nagoya University) Turbulence localization in zonal flows in Hasegawa-Wakatani model

CD-5-TP 40min	Naoki Kenmochi(National Institute for Fusion Science) Experimental Identification of Local and Nonlocal Turbulence in Magnetically Confined Plasma
CD-5-I1 20min	Taik Soo Hahm(Seoul national University) Application of Momentum Theorem to magnetized Plasma
CD-5-I2 20min	Katsumi Ida(National Institute for Fusion Science) Non-local transport nature revealed by experiments in toroidal plasmas
CD-5-I3 20min	Yusuke Kosuga(Kyushu Univ.) Avalanches in magnetic fusion and their efficacy for the heat load problem
CD-5-I4 20min	Hijiri Sugiyama(Department of Physics, Nagoya University) Avalanche-like heat transport events related to microscopic turbulent vortex dynamics

CD-6-TP 40min	Zhihong Lin(University of California, Irvine) Geometry effects on zonal flows and radial electric fields in optimized stellarators
CD-6-I1 20min	Won-Ha Ko(Korea Institute of Fusion Energy) Non-axisymmetric magnetic fields effect on rotation and turbulence in KSTAR
CD-6-I2 20min	Lai Wei(Dalian University of Technology) Effects of RMP on edge–core turbulence spreading and coupling in a tokamak plasma
CD-6-I3 20min	Yao Zhou(Shanghai Jiao Tong University) Benign saturation of ideal ballooning instability in a high-performance stellarator
CD-6-O1 15min	Yvonne Ban(Nanyang Technological University) Effect of helical perturbations on magnetic braking and neoclassical transport in tokamak plasmas

CD-7-I1 20min	Rahul Pandit(Department of Physics, Indian Institute of Science) Large-scale multifractality and non-self-similar energy decay in one-dimensional (1D) Burgers and three-dimensional (3D) Navier-Stokes turbulence
CD-7-I2 20min	James Beattie(Princeton University and the Canadian Institute of Theoretical Astrophysics) Fundamental Results from the World’s Largest Simulation of Compressible MHD Turbulence: Applications to Astrophysical and Space Plasmas
CD-7-I3 20min	Ameir Shaa Bin Akber Ali(NTU) Fast Hybrid Neural Interpolation of Nonlinear Dynamics
CD-7-I4 20min	David Garrido González(Aix-Marseille University) Modeling Nonlinear and Chaotic Dynamics with Interpretable Data-Driven Reduced Order Models

CD-8-TP 40min	Rameswar Singh(UCSD) On collisionless saturation of zonal flow shear in ITG turbulence: Implications for negative triangularity.
CD-8-I1 20min	Kimitaka Itoh(Chubu University) On subcritical excitations of plasma turbulence
CD-8-I2 20min	Koki Ryono(Kyoto University) Mixing in a two-dimensional fluid and the curvature of the flow domain: how to drive the vorticity field evolve towards the statistical equilibrium
CD-8-I3 20min	Haomin Sun(Ecole Polytechnique Federale de Lausanne (EPFL), Swiss Plasma Center (SPC)) Reducing turbulent transport in tokamaks by combining intrinsic rotation and the low momentum diffusivity regime
CD-8-I4 20min	Justin Ball(Swiss Plasma Center, EPFL) Intrinsic momentum and current drive by almost-rational surfaces in tokamaks
CD-8-O1 15min	Huang Jingcheng(NTU) Extracting stochastic model for predator-prey dynamic of turbulence and zonal flow with limited data

CD-9-TP 40min	Alessandro Di Siena(Max Planck Institute for Plasma Physics, Garching) The Role of Alpha Particles in Turbulence Suppression and Confinement Enhancement in ITER and SPARC
CD-9-I1 20min	Kyle Callahan(Oak Ridge Institute for Science and Education) Investigation of Alfvén wave and Ion Temperature Gradient turbulence interaction under modified fast ion scattering conditions in DIII-D
CD-9-I3 20min	Younghoon Lee(Korea Institute of Fusion Energy) Impact of finite-orbit-width (FOW) effects on EGAM
CD-9-I4 20min	Minjun Choi(Korea Institute of Fusion Energy) Mesoscopic transport in KSTAR, HL-3, and DIII-D tokamaks

F-1-I1 20min	Giuseppina Nigro(Department of Physics at the University of Rome Tor Vergata) Convective Heat Transfer in Magnetic Field Reversals: Insights from a Low-Dimensional Dynamo Model
F-1-O1 15min	Syed Talha Rizwan(Government College University) EMIC Waves by Fitting the Observed Plasma Parameters using Cluster Observations
F-1-O3 15min	Zahida Ehsan(Landau-Feynman Lab for Theoretical Physics, CUI Lahore) The Effects of Dust Size Distribution and Dust Charging on Shock Waves in Non-maxwellain Dust in Tokamak Plasma
F-1-O4 15min	Hafiz Zeeshan Iqbal(Forman Christian College University) Mode-Locking, Single- and Double-Well Chaos in Periodically Forced Quantum Degenerate Plasmas: Ravelling Unexplored Regimes of the Burgers Paradigm
F-1-O5 15min	Mushtaq Ahmad(International Islamic University Islamabad) Two Streaming Instabilities in Semiconductor Quantum Plasma
F-1-O6 15min	Lucky Saikia(Centre of Plasma Physics- Institute for Plasma Research) Discharge-Driven Neutron Generation: Exploration and Application

F-2-I1 20min	Ksenia Aleynikova(IPP Max Planck, Greifswald) Stability and transport in high-beta stellarators: the role of kinetic ballooning modes
F-2-O1 15min	Ningfei Chen(Max-Planck Institute for Plasma Physics) Drift wave soliton formation via zonal flow generation and implication on staircase formation
F-2-O2 15min	Koki Yoshikawa(Department of Physics, Nagoya University) Spatial structure of ETG turbulence-driven effective diffusion and its relations with the trapped electron mode instability
F-2-O3 15min	Masanori Nunami(National Institute for Fusion Science) A comprehensive map of micro-instabilities in multi-species plasmas
F-2-O4 15min	Aleksandra Dudkovskaia(Tokamak Energy Ltd) Novel approach to gyrokinetic-Maxwell eigenvalue problem
F-2-O5 15min	Xiaoyi Yang(Harbin Institute of Technology) Study on the coherent structure of drift wave turbulence by eigenmode method
F-2-O6 15min	Seiyo Kobayashi(University of Tokyo) 2D Thomson scattering measurement of electron temperature and density in merging spherical tokamak plasmas

F-3-I1 20min	Walter Gekelman(University of California, Los Angeles) Experiments on Shear Alfvén waves with large transverse wavenumbers
F-3-I2 20min	Jian Zhang(Tongji University) The wave characteristics of kinetic-scale slow solar wind and their impact on the turbulence spectra: PSP observations
F-3-I3 20min	Jiansen He(Peking University) Kinetic Alfvén Waves in the Primary Solar Wind: Shaping Our Understanding in the PSP and Solar Orbiter Era
F-3-I4 20min	Ling Chen(Purple Mountain Observatory, Chinese Academy of Sciences) Kinetic Alfven Wave (KAW) in nonuniform magnetic plasma atmospheres and its applications
F-3-O1 15min	Kexun Shen(Institute for Fusion Theory and Simulation, School of Physics, Zhejiang University) Stationary Power-law Solutions of Weak Kinetic-Alfvénic Turbulence
F-3-O2 15min	Keizo Fujimoto(Beihang University) Waves and Turbulence in the Electron Diffusion Region to Drive Magnetic Reconnection

F-4-I1 20min	Fabien Widmer(Max Planck Institute for Plasma Physics) First-Principle Gyrokinetic Simulations of Turbulence-Driven Magnetic Islands in Tokamaks
F-4-I2 20min	Alessandro Fassina(ENEA, Centro Ricerche Frascati, Via Enrico Fermi) PROTO-SPHERA, a MHD configuration formed and sustained by magnetic reconnections
F-4-I3 20min	Muni Zhou(Dartmouth College) Magnetogenesis in collisionless plasma
F-4-I4 20min	Chiara Marchetto(ISC-CNR and Politecnico di Torino) Magnetic reconnection in the presence of magnetic chaos: effects on secondary instability via 3D simulations
F-4-O1 15min	Cosmas Heiss(EPFL) Design of an advanced stabilizing shape controller on TCV using a rapid free-boundary simulator
F-4-O2 15min	Ritoku Horiuchi(National Institute for Fusion Science) Ion FLR effect in ion heating during the merging of two spherical-tokamak-type plasmoids
F-4-O3 15min	Hannah Bellenbaum(Helmholtz-Zentrum Dresden-Rossendorf) Estimating ionization states and continuum lowering from ab initio path integral Monte Carlo simulations for warm dense hydrogen

F-5-I1 20min	Ozgur Gurcan(CNRS, Laboratoire de Physiqe des Plasmas, Ecole Polytechnique) Phase transition from hydrodynamic turbulence to zonal flows and back
F-5-I2 20min	Francesco Pucci(National Research Council, Institute for Plasma Science and Technology) A wavelet-based model of magnetic turbulence in plasmas: features and applications
F-5-I3 20min	Tzu-Chi Liu(Institute of Space and Plasma Sciences, National Cheng Kung University) Experimental Verification of Cascade of Electron Entropy in Laboratory Plasma Experiments
F-5-I4 20min	Adriana Settino(Space Research Institute (IWF), Austrian Academy of Sciences) Energy conversion pathways driven by Kelvin-Helmholtz instability
F-5-I5 20min	Volodymyr Mykhaylenko(Pusan National University) The nonmodal kinetic theory of the macroscale convective flows of magnetized plasma, generated by the inhomogeneous microturbulence
F-5-O1 15min	Hyun Zun Lee(Division of Semiconductor Engineering, Myongji University) Fitting Formulas for Perpendicular Closure Coefficients in High-Collisionality Deuterium–Carbon Plasmas
F-5-O2 15min	Navaira Izhar(Government College University, Lahore) Nonlinear Magnetosonic Waves with Modified Temperatures Based on Non-Extensive q-Distribution and Generalized (r,q) Distribution.

F-6-I1 20min	Haotian Chen(Southwestern Institute of Physics) Validity of Gyrokinetic Theory in magnetized plasmas
F-6-I2 20min	Jungpyo Lee(Hanyang University) Impact of transport ordering breakdown on plasma currents and transports in a tokamak
F-6-I3 20min	Ding Li(Institute of Physics, Chinese Academy of Sciences) Kinetic equations for strongly magnetized (in)homogeneous plasma
F-6-I4 20min	Shinichiro Toda(National Institute for Fusion Science) Modeling of Turbulent Transport due to Dissipative Trapped Electron Modes in Tokamak Plasmas
F-6-I5 20min	Arash Tavassoli(Mathematical Sciences Institute, Australian National University) Applying ideal Ohm’s law to relaxed MHD equilibrium in Hahm–Kulsrud–Taylor slab geometry
F-6-O1 15min	Philip Morrison(University of Texas at Austin) The metriplectic 4-bracket and the unified thermodynamic (UT) algorithm: applications and computations

F-7-I1 20min	Abhay Ram(Massachusetts Institute of Technology) Quantum computing approach to wave propagation in plasmas
F-7-I2 20min	Toseo Moritaka(National Institute for Fusion Science) Plasma structure formation in relativistic and non-relativistic beam interactions with magnetized plasma
F-7-I3 20min	Andreas Bierwage(QST) Long-lived density spikes in laser-driven Coulomb explosion folds
F-7-I4 20min	Chenxu Wang(National Institute for Fusion Science) Numerical Investigations on Propagation Characteristics of Millimeter-wave Vortex in Magnetized Plasma
F-7-I5 20min	Raffael Düll(M2P2, Aix-Marseille Université, CNRS) Electromagnetic turbulence simulations in edge plasma with the SOLEDGE3X code
F-7-O2 15min	Jawon Jo(Division of Semiconductor Engineering, Myongji University) MD simulations for oscillatory behavior of non-Maxwellian fluid moments in a magnetized plasma

F-8-I1 20min	Farah Atour(Max Planck Institute for Plasma Physics) Nonlinear dynamics of toroidal Alfvén eigenmodes driven by trapped energetic particles
F-8-I2 20min	Panith Adulsiriswad(National Institute for Quantum Science and Technology) Effects of Fusion-born Alpha Particles on Helical Core in ITER Hybrid Scenario
F-8-I3 20min	Zhiwen Cheng(Zhejiang University & National Institute for Fusion Science) Nonlinear saturation of toroidal Alfvén eigenmode via ion induced scattering in nonuniform plasmas
F-8-I4 20min	Wenjie Sun(Institute of Physics, Chinese Academy of Sciences) Global gyrokinetic particle simulation of kinetic ballooning modes with energetic ions
F-8-I5 20min	Jian Bao(Institute of Physics, Chinese Academy of Sciences) Global simulation of drift-Alfven wave instability based on kinetic-MHD hybrid model in general geometry
F-8-O1 15min	Shrish Raj(Nanyang Technological University Singapore) Electromagnetic simulations of Toroidal Alfvén Eigenmode (TAE) using GYSELA
F-8-O2 15min	Shabbir Ahmad Khan(National Centre for Physics, QAU Campus) Kinetic modeling of vortex-type plasma modes carrying orbital angular momentum

F-10-I1 20min	Tara Ahmadi(University of Tokyo) Numerical study on Ion and Electron Dynamics and the Role of Electrostatic Potential on Particle Heating in Merging startup in TS-6 experiment
F-10-I2 20min	Tianchao Xu(Tsinghua University) Experimental Investigation of Inward Particle Transport Driven by Vorticity Flux in the PPT Device
F-10-I3 20min	Animesh Kuley(Indian Institute of Science Bangalore) Neural network-assisted electrostatic global gyrokinetic toroidal code using cylindrical coordinates
F-10-I4 20min	Jian Chen(Sino-French Institute of Nuclear Engineering and Technology, Sun Yat-sen University) Observation of Three-dimensional Helical-rotating Plasma Structures in Beam-generated Partially Magnetized Plasmas
F-10-I5 20min	Chizhou Wang(EPFL) Prediction of runaway electron avalanche in ITER mitigated disruptions via 3D MHD modelling
F-10-O1 15min	Qihang Li(Peking University Physics College) Avalanche effect correction of runaway electrons
F-10-O2 15min	Yutaka Nakamura(The University of Osaka) Verification of fast electrons convergence effect by controlling the plasma density distribution

F-11-I1 20min	Zhenyu Wang(Institute of Plasma Physics, Chinese Academy of Sciences) Full-f 6D particle-in-cell simulations of quasi-kinetic equilibrium and drift-wave instability under spatial inhomogeneity
F-11-I2 20min	Matthew Thomas(Australian National University) Shear Alfvén Waves in Chaotic Magnetic Fields.
F-11-I3 20min	Hengqian Liu(University of Science and Technology of China) Optimizing omnigenity like quasisymmetry for stellarators
F-11-O1 15min	Kooper De Lacy(The University of Western Australia) Convergence Rate of Multi-region Relaxed MHD Equilibria to Ideal MHD Equilibria
F-11-O2 15min	Masaru Furukawa(Tottori University) Helically symmetric equilibria of incompressible MHD in cylindrical geometry

B1-1-I1 20min	Naoki Tamura(Max-Planck Institute for Plasma Physics) Plasma Diagnostics and Control with Tracer Encapsulated Solid Pellet (TESPEL) in Magnetically Confined High-Temperature Plasmas
B1-1-I2 20min	Jia Han(University of California Los Angeles) X Ray Diagnostics for high energy electrons using Tungsten Pellets
B1-1-O1 15min	Jiankun Hua(International Joint Research Laboratory of Magnetic Confinement Fusion and Plasma Physics (IFPP), State Key Laboratory of Advanced Electromagnetic Engineering and Technology, School of Electrical and Electronic Engineering, Huazhong University of Science and Technolog) The distribution of the parallel electron-current at the boundary of plasma on J-TEXT
B1-1-O2 15min	Shengyu Wang(Dept. Complexity Science and Engineering, Grad. School of Frontier Sciences ，The University of Tokyo) Investigation of Hard X-Ray emission in Lower Hybrid Wave Experiments on the TST-2 Spherical Tokamak
B1-1-O3 15min	Seongmin Choi(Korea Advanced Institute of Science and Technology) Development of a Virtual FVC System and Forward Model for Shattered Pellet Injection Tracking in KSTAR
B1-1-O4 15min	Ying Hao Matthew Liang(Agency for Science, Technology and Research (A*STAR)) Conceptual design of a Doppler Backscattering diagnostic for the EXL-50U spherical tokamak
B1-1-O5 15min	Valerian Hall-Chen(FEAT SRTT, A*STAR) DBS measurements of turbulence spectra in Bouncing Ball DIII-D plasmas

B1-2-I1 20min	Masahiko Sato(National Institute for Fusion Science) Recent progress and future prospects of kinetic-magnetohydrodynamic hybrid simulations using the MEGA code
B1-2-I2 20min	Shiyang Liu(Zhejiang University) Development of the Gyrokinetic-MHD Hybrid Code cuGMEC and Its Nonlinear Simulations of Alpha Particle-driven Alfvén Eigenmodes in ITER
B1-2-I3 20min	Wei Zhang(Institute for Fusion Theory and Simulation, School of Physics, Zhejiang University) Strong toroidal electric field generation during sawtooth crashes
B1-2-O1 15min	Jun Kuang(Anhui University) Development of a static tokamak equilibrium solver and design of cloverleaf configuration
B1-2-O2 15min	Sumin Yi(Korea Institute of Fusion Energy) Turbulence simulation with a bounce-averaged kinetic electron model in general tokamak geometry
B1-2-O3 15min	Rui Costa(UKAEA) Towards visualizing multi-dimensional gyrokinetic simulation data
B1-2-O4 15min	Maho Matsukura(The University of Tokyo) Effect of ion mass on ExB Electron Drift Instability by 2D PIC simulation
B1-2-O5 15min	Anbang Sun(Xi'an Jiaotong University) Recent progress in plasma modeling for streamers and electrical propulsion

B1-3-I1 20min	Changlin Lan(Lanzhou University) In-situ neutron calibration technology on future D-T fusion devices
B1-3-I2 20min	Naohiro Kasuya(RIAM, Kyushu Univ.) Synthetic diagnostics for fluctuation detection in toroidal plasmas
B1-3-I3 20min	Siriyaporn Sangaroon(Mahasarakham University) Recent progress in advanced diagnostics for Thailand Tokamak-1
B1-3-O1 15min	Bharat Hegde(Institute for Plasma Research) Laser Induced Breakdown Spectroscopy (LIBS) based wall monitoring diagnostic for ADITYA-U tokamak
B1-3-O2 15min	Eiichiroou Kawamori(Institute of Space and Plasma Sciences, National Cheng Kung University) Experimental Plan for Measuring Fluctuations in the Velocity Distribution Function of Relativistic Electrons Using Electron Cyclotron Emission Spectra in the Spherical Tokamak FIRST

B1-4-I1 20min	Jie Huang(Southwestern Institute of Physics) Three-dimensional nonlinear modeling of tokamak plasmas with applied Magnetic Perturbations
B1-4-I2 20min	Hideaki Miura(National Institute for Fusion Science) Characterization of Hall MHD turbulence as wave turbulence
B1-4-I3 20min	Takashi Shiroto(Department of Physics, Nagoya University) Energy-consistent discontinuous Galerkin schemes for the visco-resistive magnetohydrodynamic equations
B1-4-O1 15min	Takayuki Umeda(Hokkaido University) New integrator for relativistic equations of motion for charged particles
B1-4-O2 15min	Yong Cao(Harbin Institute of Technology, Shenzhen) A Generalized External Circuit Model for high order Electrostatic IFE-PIC codes
B1-4-O3 15min	Yanzeng Zhang(University of Science and Technology of China) Similarity for downscaled kinetic simulations of electrostatic plasmas: Reconciling the large system size with small Debye length

B1-5-I1 20min	Kenichiro Terasaka(Sojo University) Advanced Laser-Doppler Spectroscopy with Twisted Wavefront for Plasma Flow Measurements
B1-5-I2 20min	Nikolay Britun(Center for Low-temperature Plasma Sciences, Nagoya University) Emission and absorption-based plasma diagnostic techniques for number density detection: Basics and Examples
B1-5-I3 20min	Kentaro Sakai(National Institute for Fusion Science) Collective Thomson scattering for non-equilibrium plasma measurements
B1-5-I4 20min	Tsuyohito Ito(The University of Tokyo) Electric field measurements by coherent anti-Stokes Raman scattering in visible region
B1-5-O2 15min	Yuan-Yao Chang(Institute of Space and Plasma Sciences, National Cheng Kung University) Development of calibration method of electron cyclotron emission radiometer for optically-thin magnetized plasma
B1-5-O3 15min	Deepika Behmani(Indian Institute of Technology Kanpur) Flow field dynamics in an atmospheric pressure plasma jet: A tale of turbulence and transition

B1-6-I1 20min	Hanyang Lyu(CAS Key Laboratory of Frontier Physics in Controlled Nuclear Fusion, School of Nuclear Science and Technology, University of Science and Technology of China) The current driven by the electromagnetic Ion Temperature Gradient turbulence
B1-6-I2 20min	Lei Qi(Korea Institute of Fusion Energy) Global gyrokinetic simulations of isotope effects for future tokamak plasma core and pedestal
B1-6-I3 20min	Keiji Fujita(Nagoya university) Extension and application of the gyrokinetic code GKV to space plasmas
B1-6-O1 15min	Dinkar Mishra(University of Lucknow) Twisted THz generation via LG laser pulse in magnetized plasma
B1-6-O2 15min	Shimin Yu(School of Electrical and Electronic Engineering, Huazhong University of Science and Technology & Chair of Applied Electrodynamics and Plasma Technology, Ruhr University Bochum) Impedance matching of pulse modulated capacitively coupled plasmas
B1-6-O3 15min	Atsushi Komuro(National Institute of Advanced Industrial Science and Technology) Parameter Reduction in Streamer Discharge Chemistry via Data-Driven Analysis
B1-6-O4 15min	Swati Baruah(Department of Physics, Rabindranath Tagore University) Lane Dynamics in 3D Pair Ion Plasmas: Influence of external forces
B1-6-O5 15min	Seiji Zenitani(Space Research Institute, Austrian Academy of Sciences) High-accuracy particle integrators for particle-in-cell (PIC) simulation

B1-7-I1 20min	Dong-Joon Lee(Korea Research Institute of Standards and Science) Electro-optic sensing technique for electric field diagnostics of plasma electrodes
B1-7-I2 20min	Swapnali Khamaru(Kyoto Institute of Technology) Computational and experimental analysis of H-atom-assisted non-thermal conversion of methane-hydrogen plasma to acetylene
B1-7-I3 20min	Kunihiro Kamataki(Kyushu University) Evaluation method of fine particle charge and measurement of spatial electric field in Ar plasma using optical tweezers method
B1-7-I4 20min	Mikirou Yoshinuma(National Institute for Fusion Science) Development of hyperspectral camera for auroral imaging using Galvanometer-mirror-scanning optics
B1-7-O1 15min	Xiangming Liu(Laser Fusion Research Center, China Academy of Engineering Physics) Backscatter diagnostics at the 100-kJ laser facility for laser-driven hohlraum applications
B1-7-O2 15min	Pradoong Suanpoot(Maejo University Phrae Campus) Electron Temperature Investigation in Ar/N₂ Mixture Gas in a Non-Thermal Downstream Plasma Jet Using a Plasma Propagation Speed Model
B1-7-O3 15min	Tomoyuki Murakami(Seikei University) Complex network analysis in plasma chemistry

B1-8-I1 20min	Sadruddin Benkadda(Aix Marseille university-CNRS) Interpretable AI-Driven Modeling of Plasma Turbulence
B1-8-I2 20min	Sven Wiesen(DIFFER - Dutch Institute for Fundamental Energy Research) Data-driven models for fusion plasma exhaust: AI methods gaining maturity
B1-8-I3 20min	Nitesh Bhatia(United Kingdom Atomic Energy Authority) Visualising Fusion: Connecting Data, Design, and Discovery
B1-8-I4 20min	Adriano Agnello(UK Science and Technology Facilities Council) AI and data solutions for experiment design and control
B1-8-O1 15min	Samuel Jackson(UKAEA) Towards Open Machine Learning Datasets with AI Driven Annotation
B1-8-O2 15min	Riccardo Rossi(Università degli Studi di Roma "Tor Vergata") Integrating Deep Learning with Plasma Physics for Accurate and Reliable Multi-Diagnostic and Time-Constrained Inverse Problem Methodologies in Nuclear Fusion
B1-8-O3 15min	Yong Xiao(Zhejiang University) AI Surrogate Model for Turbulent Transport in Tokamak Plasmas Using Gyrokinetic Simulation Data and Machine Learning

B1-9-I1 20min	Yuya Morishita(Department of Nuclear Engineering, Kyoto University) Adaptive model predictive control of fusion plasma based on data assimilation system ASTI
B1-9-I2 20min	Zongyu Yang(Southwestern Institute of Physics) FusionMAE: large-scale pretrained model to optimize and simplify diagnostic and control of fusion plasma
B1-9-I3 20min	Yue Yu(Institute of Plasma Physics, Chinese Academy of Sciences) Real-Time Detachment Forecaster: Decoding X-Point Radiation in Impurity-Seeded Plasmas
B1-9-O1 15min	Ryota Yoneda(NTT Space Environment and Energy Laboratories) Offline Reinforcement Learning by Decision Transformer for Tokamak Plasma Control
B1-9-O2 15min	Wenchong Yao(Institutes of Physical Science and Information Technology, Key Laboratory of Intelligent Computing and Signal Processing of the Ministry of Education, Anhui University) Multi-modal Data Fusion for Tearing Mode Parameter Prediction Based on Multi-task Contrastive Learning
B1-9-O3 15min	Runyu Luo(Huazhong University of Science and Technology) A Preliminary Investigation into the Prediction of Tearing Mode Evolution Using Deep Learning

B1-10-I1 20min	Mitsuru Honda(Graduate School of Engineering, Kyoto University) Transport model surrogates via Gaussian process regression
B1-10-I2 20min	Aaro Järvinen(VTT) Towards scalable large-scale model validation with data science
B1-10-I3 20min	Shinya Maeyama(National Institute for Fusion Science) Improvement of turbulent transport model using multi-fidelity data fusion approach
B1-10-I4 20min	Alex Panera Alvarez(DIFFER) Pellet Fueling: AI-Enhanced Surrogate Modeling and Integrated Modelling
B1-10-O1 15min	Kotaro Fujii(Nagoya University) Causal relationship from multivariate time series and dominant scale for ITG turbulent transport
B1-10-O2 15min	Shan Wei(Shanghai Jiao Tong University) Three-dimensional Radiation Reconstruction Based on X-ray Imaging via Convolutional Neural Network

B1-12-I1 20min	Adam Kit(VTT, Technical Research Centre of Finland) On Physics-Data Generative Modeling for Core-Edge Integration in Tokamaks
B1-12-I2 20min	Satoru Tokuda(Kyushu University) Application and progress of Bayesian statistics in plasma physics
B1-12-I3 20min	Xishuo Wei(University of California, Irvine) The low-dimensional representation of Quasi-Helical stellarator geometry
B1-12-O1 15min	Yu Zhong(Huazhong University of Science and Technology) Disruption Prediction for Different Operational Phase Based on Disruption Budget
B1-12-O2 15min	Chengshuo Shen(Huazhong University of Science and Technology) Transferable and interpretable disruption prediction based on physics-guided machine learning
B1-12-O3 15min	Sukma Wahyu Fitriani(Kyushu University) Predicting Plasma-Deposited Thin Film Properties Using Machine Learning based on Optical Emission Spectroscopy

B2-1-I1 20min	Wei-Shuo Lo(National Central University) Coherent excitations in thermally excited dusty plasma crystals: observations of multi-scale vortical phonons and vortical phonon vortices
B2-1-I2 20min	Chen-Kang Huang(National Central University) Formation and microfilamentation of spiral density waves in plasmas induced by circularly polarized field ionization
B2-1-I3 20min	Surabhi Jaiswal(Indian Institute of Science Education and Research Pune) Studying complex plasma crystal and its dynamical behavior in different plasma systems
B2-1-I4 20min	Dong Huang(Soochow University) Isomorphic lines and isomorphic invariants in dusty plasmas and its applications
B2-1-I5 20min	Shaoyu Lu(Soochow University) Internal friction of grain boundaries in two-dimensional Yukawa solids

B2-2-I1 20min	J. Tito Mendonca(Instituto Superior Técnico, Universidade de Lisboa) Twisted Waves in Plasmas: Topology and Applications
B2-2-I2 20min	Yong-Xin Liu(Dalian University of Technology) Equivalent circuit modeling for electrical parameter diagnostic of a pulse-modulated RF capacitively coupled plasma
B2-2-I3 20min	Yangyang Fu(Tsinghua University) Similarity laws and scaling networks for radio frequency plasmas
B2-2-O1 15min	Anisa Qamar(Department of Physics, University of Peshawar) Magnetosonic shock waves in degenerate electron-positron-ion plasma with distinct spin densities

B2-3-I1 20min	Job Beckers(Eindhoven University of Technology) Complex Ionized Media and Contamination Control in Semiconductor Industry
B2-3-I2 20min	Eva Kovacevic(GREMI UMR 7344 CNRS&Univeristé d'Orleans) Low temperature low pressure low power reactive plasmas for 2D and multimaterials
B2-3-I3 20min	Wei Kong(Civil Aviation University of China) Test of fluctuation–dissipation relation for active dusty plasmas: a molecular dynamics simulation
B2-3-I4 20min	Chengran Du(Donghua University) Vortex formation in a phase-separated binary complex plasma under microgravity
B2-3-I5 20min	Evan Matthew Aguirre(Indian Institute of Technology Delhi) Direct measurements of ion dynamics in a dusty plasma

B2-4-I1 20min	Kazunori Takahashi(Tohoku University) Radiofrequency plasmas in a magnetic nozzle: fundamental physics and applications
B2-4-I2 20min	Zhuang Liu(Soochow University) Investigations of dust and impurities in EAST and HL-3 tokamaks
B2-4-I3 20min	Aohua Mao(Harbin Institute of Technology) Structure characteristics of three-dimensional asymmetric magnetic reconnection in SPERF-AREX experiments
B2-4-I4 20min	Kenichi Nagaoka(National Institute for Fusion Science) Negative-ion-meniscus response to RF perturbation in an injector-scale negative-ion source
B2-4-I5 20min	Akira Sasaki(QST) Atomic Processes in laser produced tin plasmas for application to extreme ultra-violet (EUV) lithography

B2-5-I1 20min	Takuma Yamada(Kyushu University) Observation of transitions in meso-scale structures formed in plasma turbulence
B2-5-I2 20min	Taiki Kobayashi(Kyushu University) Tomographic observation of solitary wave deformation by nonlinear effects of background asymmetry
B2-5-I3 20min	Ramesh Narayanan(Indian Institute of Technology Delhi) Exploring the Potential of an ECR Source for Large-Area Hydrogen Negative Ion Production in Fusion Applications
B2-5-I4 20min	Zijia Chu(Harbin Institute of Technology) Dynamic characteristics and formation mechanism of the complex dynamics in subnormal glow discharge systems: Mixed-mode oscillations and period-adding bifurcation
B2-5-O1 15min	Donatella Fiorucci(ENEA, Research Center Frascati) Photo-neutralization-based NBI systems for Nuclear Fusion Power Plants

B2-6-I1 20min	Hanno Kaehlert(Kiel University) Dielectric response and collective modes of strongly coupled plasmas
B2-6-I2 20min	Chengxun Yuan(School of Physics, Harbin Institute of Technology) Measurement of Microwave Propagation in Periodically Structured Dusty Plasma
B2-6-I3 20min	Sanat Kumar Tiwari(Indian Institute of Technology Jammu) Turbulence characteristics in dusty plasma
B2-6-I4 20min	Chenyao Jin(Hefei Institutes of Physical Science, CAS) The frequency limits of plasma response to pulsed ion acoustic wave excitation in a multi-dipole confined hot cathode discharge

B2-7-I1 20min	Fumiaki Mitsugi(Kumamoto University) Application of optical wave microphone for plasma jets
B2-7-I2 20min	Simon P. H. Vincent(Ecole Polytechnique de Lausanne (EPLF), Swiss Plasma Center (SPC)) Helicon waves in toroidal geometry
B2-7-I3 20min	Daiki Nishimura(National Institute for Fusion Science) Rotational movement analysis for cylindrical plasma images obtained with tomography
B2-7-I4 20min	Atsushi Okamoto(Nagoya University) High temperature bubble phenomenon in ECR plasmas
B2-7-I5 20min	Akihito Ogawa(Kyoto Institute of Technology) Experimental analysis of the antisymmetric vorticity during convective vortex merging in electron plasma
B2-7-O1 15min	Geethika B R(Institute for Plasma Research) Analysis of Polarized Emission from Laser Produced Plasma

B2-9-I1 20min	Liang Xu(Soochow University) Mathematical and computational modeling of the gas breakdown in the planar magnetron discharge
B2-9-I2 20min	Yuto Toda(Graduate Institute for Advanced Studies, SOKENDAI) Comparison of hydrogen atom and hydrogen ion injection onto a tungsten surface using time-dependent density functional theory
B2-9-I4 20min	Jingfeng Yao(Harbin Institute of Technology) Investigation of discharge characteristics of high-energy microwave plasma switches with different electrode spacings
B2-9-O2 15min	Zhenhua Zhou(Department of engineering physics, Tsinghua university) Similarity properties in CF4 capacitive radio-frequency plasmas

A1-1-I1 20min	Makoto Kambara(The University of Osaka) Optimized nanoparticle formation during plasma spray for enhanced storage capabilities with transfer entropy evaluation
A1-1-I2 20min	Hiroshi Furuta(Kochi University of Technology) Shape Control of Carbon Nanotube Forests via Bottom-up Process of Catalyst Nanoparticles
A1-1-I3 20min	Hiroharu Kawasaki(National Institute of Technology, Sasebo College) Trial of elemental gradient functional thin films preparation by sputtering with mixed powder targets III
A1-1-I4 20min	Tamiko Ohshima(Nagasaki University) Single cathode combinatorial deposition using powder target by sputtering process
A1-1-I5 20min	Giichiro Uchida(Meijo Universitry) High-pressure He sputtering for porous-film fabrication for Li-ion-battery anode
A1-1-I6 20min	Osamu Sakai(The University of Shiga Prefecture) Complex network in low-temperature plasma analyzed by Shannon entropy
A1-1-I7 20min	Mineo Hiramatsu(Meijo University) Plasma Synthesis of 3-Dimensional Graphene-Based Materials
A1-1-I8 20min	Masanori Shinohara(Fukuoka University) Direct graphene growth on Si surface with high power pulsed plasma
A1-1-I9 20min	Karol Hensel(Comenius University) Effect of pellet catalyst properties on gas cleaning process
A1-1-O1 15min	Arunsinh Bakulsinh Zala(NSSE, National Institute of Education, Nanyang Technological University) α-Alumina Synthesis at Room Temperature Using a Plasma Focus Device for Fusion Blankets

A1-2-I1 20min	Muhammad Shahid Rafique(University of Engineering and Technology) Material Fabrication/Modification using Atmospheric Pressure Plasma
A1-2-I2 20min	Kosuke Takenaka(The University of Osaka) Enhancement of bonding strength of metals /organic materials direct bonding via non-equilibrium atmospheric pressure plasma irradiation
A1-2-I3 20min	Naoki Shirai(Hokkaido University) Self-organized luminescent patterns observed in direct current glow discharge from low pressure to atmospheric pressure
A1-2-I4 20min	Ruixue Wang(Beijing University of Chemical Technology) Atmospheric-Pressure Low-Temperature Plasma for Thin Film Deposition on Metallic Substrates
A1-2-I5 20min	Tatsuru Shirafuji(Osaka Metropolitan University) Surface-Launched Plasma Bullet and Its Application
A1-2-I6 20min	Chuansheng Zhang(Institute of Electrical Engineering, Chinese Academy of Sciences) Improving high-temperature capacitive energy storage of biaxially oriented polypropylene using atmospheric pressure plasma jet
A1-2-O1 15min	Yunkai Chen(chenyunkai@stu.cqu.edu.cn) Comparison of the energy transmission characteristics of Annular SDBD under AC and Nanosecond Pulsed Excitation

A1-3-I1 20min	Shazia Bashir(GC, Women University Sialkot) Laser -induced plasma as a reliable and versatile tool for material processing
A1-3-I2 20min	Naoto Yamashita(Kyushu University) Large area fabrication of electrically switchable magnetic garnet using a plasma process
A1-3-I3 20min	Naho Itagaki(Kyushu University) Nucleation-Controlled Sputtering Growth of Epitaxial and Non-Epitaxial Oxide Semiconducting Thin Films
A1-3-I4 20min	Heeyeop Chae(Sungkyunkwan University (SKKU)) Plasma-Based Atomic Layer Etching of Metals and Dielectric Materials
A1-3-I5 20min	Kwang-Ryeol Lee(Korea Institute of Science and Technology) Plasma Application for Manipulating Surface Properties by Diamond-like Carbon Coatings and Surface Modification
A1-3-O1 15min	Erik V Johnson(LPICM, CNRS, Ecole Polytechnique, Institut Polytechnique de Paris) Etching Uniformity and Profile Control in Patterned Plasma System for HJT-IBC Solar Cell Fabrication
A1-3-O2 15min	Yuan-Ming Chang(Ph.D. Program of Electrical and Communications Engineering, Feng Chia University) Residual Stress and Related Properties of TiO2/TiN/TiC Thin Films Deposited by Ion Energy Modulated ALIS and Magnetron Sputtering Hybrid Process
A1-3-O3 15min	Jiayu Li(Chongqing University) Study on characteristics of droplet-covered annular surface dielectric barrier discharge excited by microsecond pulse
A1-3-O4 15min	Yujiao Gao(School of Electrical Engineering, Chongqing Universuty) Research on the aerodynamic characteristics of sawtooth annular surface dielectric barrier discharge actuator under AC ecitation

A1-4-I1 20min	Shota Nunomura(National Institute of Advanced Industrial Science and Technology) Radical, ion, and photon’s effects on material damage in plasma etching
A1-4-I2 20min	Keiichiro Urabe(Kyoto University) Monitoring of low-temperature plasma processes by in-situ impedance spectroscopy
A1-4-I3 20min	Takayoshi Tsutsumi(Nagoya University) Transport mechanism of active species in high-aspect-ratio hole during plasma etching
A1-4-I4 20min	Kentaro Tomita(Hokkaido University) Studies of EUV light source plasmas based on measurements of electron temperature and electron density
A1-4-I5 20min	Qing Xiong(Xi'an Jiaotong University) High frequency generation mechanism of DC arc and its detection approach

A1-5-I1 20min	Long Chen(Dalian Maritime University) Study on plasma instabilities in Hall thrusters: mechanisms and mitigation strategies
A1-5-I2 20min	Deepak Prasad Subedi(Dept. of Physics, School of Science, Kathmandu University) Atmospheric Pressure Plasma and its Application for Surface Treatment of Materials
A1-5-I3 20min	Takayuki Watanabe(Kyushu University) Multiphase AC Arc: Fundamentals and Applications
A1-5-I4 20min	Nan Jiang(Dalian University) The modification of EP/AlN Composites by Rotating DBD
A1-5-I5 20min	Haw Jiunn Woo(Universiti Malaya) LOW POWER 50 HZ ARGON GLOW DISCHARGE FOR SURFACE MODIFICATION OF POLYSTYRENE AND POLYTETRAFLUOROETHYLENE
A1-5-I6 20min	Hui Jiang(National Key Laboratory of Power Transmission Equipment Technology, School of Electrical Engineering, Chongqing University) Developments and Interactions of the Channels in Surface Dielectric Barrier Discharge
A1-5-O1 15min	Pradeep Lamichhane(University of warwick) NOₓ Production in a Stagnant Liquid Layer Using Combined Submerged Plasma Micro-Jets: Synergistic Effects of Jet Dynamics and Catalysts

A1-6-I1 20min	Kai Zhao(Dalian university of technology) Parameter dependences of charged particle dynamics and electron power absorption mode in dual-frequency capacitively coupled argon discharges
A1-6-I2 20min	Bocong Zheng(Beijing Institute of Technology) Transport analysis in capacitively coupled plasmas
A1-6-I3 20min	Masaya Shigeta(Tohoku University) The Difficulty and Charm of Computational Plasma Fluid Mechanics
A1-6-I4 20min	Ho Jun Kim(Hanyang University) Analysis of stagnation point flow within an inductively coupled plasma reactor for the enhancement of deposition methodologies
A1-6-I5 20min	Sanghoo Park(Korea Advanced Institute of Science and Technology (KAIST)) Practical issues in tomographic reconstruction of semiconductor processing plasmas
A1-6-I6 20min	Haruka Suzuki(Nagoya University) Reconstruction of three-dimensional structure of plasma emission using multi-directional imaging

A1-7-I1 20min	Sirui Li(Eindhoven University of TEchnology) Integrated Process for Carbon Valorization Using Plasma-Sorbent Systems
A1-7-I2 20min	Peter Bruggeman(University of Minnesota) Plasma Interactions at the Interface with Liquids, Nanoparticles and Catalytic Surfaces
A1-7-I3 20min	Liguang Dou(Institute of Electrical Engineering, Chinese Academy of Sciences) Synergistic promotion of vibrant H radicals and targeted Cu/MgAlO interface for CO2 hydrogenation by non-thermal plasma
A1-7-I4 20min	Zheng Yang(School of Physics, Dalian University of Technology) High efficiency NOx synthesis and regulation using dielectric barrier discharge in the needle array packed bed reactor
A1-7-I6 20min	Dengke Xi(Institute of Electrical Engineering, Chinese Academy of Sciences) Plasma-enabled methane conversion to hydrogen and nanocarbon materials
A1-7-O1 15min	Pedro Viegas(Instituto Superior Técnico - Universidade de Lisboa) Oxygen loss frequency and recombination probability in oxygen-containing plasmas
A1-7-O2 15min	Monika Verma(Delhi Technological University) Effect of Plasma Process Parameters on the Electrical Characteristics of Dual-Gate Graphene Field-Effect Transistors
A1-7-O3 15min	Abhijit Mishra(Indian Institute of Technology Jodhpur) Variations in Discharge Characteristics of Bipolar Pulsed Cold Atmospheric Plasma Jets Induced by Liquid Conductivity

A1-9-I1 20min	Hang Wang(Institute of Electrical Engineering Chinese Academy of Sciences) Microsecond pulse discharge in oil: electrohydraulic effect, gas generation and mechanics
A1-9-I2 20min	Quan-Zhi Zhang(Dalian University of Technolgoy) Plasma streamer propagation dynamics in gas phase DBD, catalyst pores and SDBD
A1-9-I3 20min	Nikola Skoro(Institute of Physics Belgrade) Measurement of reactive species in atmospheric pressure plasma systems used for creation of plasma activated liquids
A1-9-I4 20min	Susumu Toko(University of Osaka) Sorption enhanced methanation with plasma catalysis using various types of zeolites
A1-9-I5 20min	Keigo Takeda(Meijo University) Surface reactions of reactive species in low temperature plasma
A1-9-O1 15min	Shikha Pandey(Indian Institute of Technology Jodhpur) Environmental Friendly Wastewater Treatment through Non-Thermal Plasma: Mechanistic Insights into Dye Degradation
A1-9-O2 15min	Chun Li(Beijing University of Chemical Technology) Atmospheric Pressure Air Plasma for Efficient Degradation of Aging-related Body Odors

A1-10-I1 20min	Xiaolei Fan(The University of Manchester) On the role of sheath layer in nonthermal plasma catalysis
A1-10-I2 20min	Tzu-Ying Lin(Department of Materials Science and Engineering, National Tsing Hua University) Plasma-Assisted Surface Modification on TiNb2O7 Anode for High-Rate Lithium-Ion Battery
A1-10-I3 20min	Feng Liang(Kunming University of Science and Technology) Multi-scales Modification of Energy Materials by Nonthermal Plasma
A1-10-I4 20min	Rajdeep Singh Rawat(Natural Sciences and Science Education, Nanyang Technological University, Singapore) Nanostructured Carbon Technologies via Cold/Hot Plasmas for Energy and Media Applications
A1-10-I5 20min	Manabu Tanaka(Department of Chemical Engineering, Kyushu University) Innovative Thermal Plasma Generation and Its System for Materials Processing
A1-10-I6 20min	Suresh C. Sharma(Department of Applied Physics, Delhi Technological University, Delhi) Modeling and Simulation of Plasma-Assisted Graphene Field Effect Transistor for Biosensing Applications
A1-10-I7 20min	Yasunori Tanaka(Kanazawa University) Highly-Controlled Thermofluid Fields in Tandem Modulated Induction Thermal Plasmas for High-Rate Nanoparticle Synthesis
A1-10-O1 15min	Soon Han Bryan Teo(Australian National University) Impact of alloying and exposure temperature on He retention and He thermal dynamics in W-based materials

A1-11-I1 20min	Koichi Sasaki(Hokkaido University) Mechanism of droplet ejection from liquid metals interacting with hydrogen plasmas
A1-11-I2 20min	Hitoshi Muneoka(Tohoku University) Gas-Liquid Transition and Influence of Density Fluctuations in Supercritical Fluid Plasmas
A1-11-I3 20min	Takayuki Ohta(Meijo university) Low temperature deposition of metal oxide semiconductor material by high-power impulse magnetron sputtering
A1-11-I4 20min	Toru Sasaki(Nagaoka University of Technology) Curing Process of Electrically Conductive Adhesives and Formation of Resistant Coatings using Atmospheric Pressure Plasma
A1-11-I5 20min	Atsushi Ito(National Institute for Fusion Science, National Institutes of Natural Sciences) Ehrenfest Molecular Dynamics for Quantum Process under Ion Injection onto Solid Surfaces and Seed Coats

A2-1-I1 20min	Kazunori Koga(Kyushu University) Transport of reactive species generated by nonthermal plasma through rice seed husk
A2-1-I2 20min	Kasuo Tsugane(National Institute for Basic Biology) Elucidation of the molecular mechanism of low-temperature plasma treatment for transposon activation
A2-1-I3 20min	Hiroshi Hashizume(Nagoya Univ.) Effectiveness of cold plasma for rice cultivation at various growth stages
A2-1-O1 15min	Sushma Jangra(Phd Scholar, Indian Institute of Technology Jodhpur) Optimization of Cold Atmospheric Pressure Plasma for Enhanced Nitrogen Species Generation in Soil to Improve Fertility and Wheat Crop Yield

A2-2-I1 20min	Koichi Takaki(Iwate University) Function of high-voltage stimulation on fruiting body formation of Basidiomycota
A2-2-I2 20min	Rasa Zukiene(Vytautas Magnus University) Phytohormone response to cold plasma in seeds, leaves, and flowers
A2-2-I3 20min	Takamasa Okumura(Kyushu University) Cutting-edge research into induction of plant responses by irradiation of atmospheric pressure plasma
A2-2-I4 20min	Yoko Otsubo(The University of Tokyo) Molecular mechanisms underlying cellular responses to plasma irradiation in fission yeast

A2-3-I1 20min	Hiroshi Ehara(Nagoya University) Phenotypic changes induced by the application of low-temperature plasma treatments in various crop species
A2-3-I2 20min	Yoshihisa Ikeda(Ehime-University) Microplasma Stimuli for Efficient Molecular Introduction and Physiological Activation in Plants
A2-3-I3 20min	Kazuya Ishikawa(Ritsumeikan University) Elucidation of adaptation mechanism of rice to environmental stress through cold plasma treatment
A2-3-O1 15min	Ritesh Mishra(Indian Institute of Technology Jodhpur) Cold Plasma-Assisted Pectin Extraction from Dragon Fruit Peels: A Novel Approach to Enhance Film Mechanical Properties
A2-3-O2 15min	Ahmed Khacef(GREMI, CNRS-Université d'Orléans) Cold Plasma Technology for the Prevention of Postharvest Grain Losses

A2-4-I2 20min	Nobuyuki Uozumi(Tohoku University) Nitrogen gas fertilization via plasma technology to promote plant growth
A2-4-I4 20min	Shoko Tsuboyama(Utsunomiya University) Establishment of experimental systems to analyze the effects of low-temperature plasma on plant growth and the initial intracellular responses using Marchantia polymorpha
A2-4-I5 20min	Yuki Yanagawa(Chiba University) Atmospheric-pressure plasma promoted germination and growth in Sorghum bicolor
A2-4-O1 15min	Santosh Dhungana(Tribhuvan University) Plasma-activated water (PAW) from a customized power system: generation, analysis, and plant growth enhancement
A2-4-O2 15min	Quoc An Ha Than(Institute of Advanced Technology, Vietnam Academy of Science and Technology) The Impact of Plasma Activated Seawater on Postharvest Sea Grapes Caulerpa lentillifera

A2-5-I1 20min	Katsuhisa Kitano(The University of Osaka) Identification of key chemical species in plasma-treated water for effective and safe disinfection
A2-5-I2 20min	Miran Mozetic(Jozef Stefan Institute) Cold plasma within a stable supercavitation bubble - a breakthrough technology for efficient inactivation of viruses in water
A2-5-I4 20min	Michihiko Nakano(Kyushu University) Novel biological indicator using DNA-labeled microbeads for evaluating nonthermal plasma sterilization
A2-5-I5 20min	Nagendra Kumar Kaushik(Plasma Bioscience Research Center, Department of Electronic and Biological Physics, Kwangwoon University) Plasma-Generated Nitric Oxide Water for Biological Applications: Infection Control and Cosmetic Innovations
A2-5-O1 15min	Raju Bhai Tyata(Khwopa College of Engineering) Electrical and Optical Characterization of Dielectric Barrier Discharge and its Application in Water Treatment
A2-5-O2 15min	Otamurot Rajabov(Arifov Institute of Ion-Plasma and Laser Technologies) Atomistic modeling of cold atmospheric plasma effects on antibiotic removal from wastewater: A case study with amoxicillin

A2-6-I1 20min	Alexander Fridman(Drexel University, Nyheim Plasma Institute) Non-Thermal Plasma in Liquids: from Chemical and Biological Water Cleaning to Synthesis of New Materials in Liquid Nitrogen
A2-6-I2 20min	Hiromasa Tanaka(Nagoya University) Unraveling the Biological Effects of Plasma-Activated Solutions: From Basic Science to Applications
A2-6-I3 20min	Romolo Laurita(Alma Mater Studiorum-Università di Bologna) Production and chemical composition of Plasma Activated Water (PAW) used for food and packaging treatment
A2-6-I4 20min	Ruonan Ma(Zhengzhou University) Plasma-activated water as potential green adjuvant to enhance the insecticidal activity of pesticides against cotton aphids
A2-6-I5 20min	Yuzuru Ikehara(Chiba University) Plasma application will open the research to analyze life activity directly observed using an optical microscope by electron microscope.
A2-6-O1 15min	Duc Ba Nguyen(Duy Tan University) Role of liquid dielectric and its application for developing a dielectric barrier discharge configuration for cold plasma jet generation
A2-6-O2 15min	Alam Md Jahangir(Shizuoka University) Drug Delivery in Brain Endothelial Cells by Cold Atmospheric Microplasma

A2-7-I1 20min	Seong Ling Yap(Universiti Malaya) Scalable and Gas-Free Plasma Systems for Extreme Biofilm Eradication
A2-7-I2 20min	Shinya Kumagai(Meijo University) A micro perfusion system for promoted cell growth using plasma exposure through micro air-liquid interface
A2-7-I3 20min	Ram Prakash(Indian Institute of Technology Jodhpur) Non-equilibrium Cold Plasma Technologies for Health and Environmental Applications
A2-7-O1 15min	Jaroslav Kristof(Shizuoka University) Reactive oxygen species influence on plasma-treated HL-60 cells
A2-7-O2 15min	Hirofumi Kurita(Toyohashi University of Technology) Enhancement of cell death by combination of cold atmospheric plasma irradiation and pulsed electric field application
A2-7-O4 15min	Bhargavi Sharma(Department of Biotechnology, Delhi Technological University) Dielectric Modulated Triple Metal- Plasma Assisted - Carbon Nanotube Field Effect Transistor (TM-PA-CNTFET) Biosensor for Detection of Various Biomolecules

A2-8-I1 20min	Hideo Fukuhara(Kochi medical school) Immune response induced by atmospheric pressure low-temperature plasma for bladder cancer
A2-8-I2 20min	Jamoliddin Razzokov(Institute of Fundamental and Applied Research, National Research University TIIAME) Cold Atmospheric Plasma as a Modulator of Immune Checkpoints: Targeting PD-1 and PD-L1/PD-L2 interaction via Molecular Dynamics
A2-8-I3 20min	Zhitong Chen(Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences) Plasma delivery systems for cancer treatment
A2-8-I4 20min	Hajime Sakakita(Meijo University) International Standard for Commercialization as Regulatory Science
A2-8-O1 15min	Jalaj Jain(Comisión Chilena de Energía Nuclear) Ultra high-dose rate X-ray pulses emitted from a kilojoule plasma focus device induce larger cancer cell deaths than the conventional X-ray irradiation: Preliminary single dose and fractionation studies
A2-8-O2 15min	Kazuo Shimizu(Shizuoka University) Application of Atmospheric Microplasma for Nose to Brain Drug Delivery

A2-9-I1 20min	Toshiyuki Kawasaki(Nishinippon Institute of Technology) Control of liquid flows generated by plasma–liquid interactions
A2-9-I2 20min	Takehiko Sato(Tohoku University) High-speed nanodroplets for innovation in water utilization
A2-9-I3 20min	Yoko Yamanishi(Kyushu University) Emergent Functions of Plasma-induced Bubble
A2-9-I4 20min	Shota Sasaki(Tohoku University) Controlled generation of air plasma-derived reactive nitrogen species and its agricultural applications
A2-9-I5 20min	Nozomi Takeuchi(Institute of Science Tokyo) Plasma-ozone combination process for decomposition of persistent organic compounds with efficient generation of hydrogen peroxide
A2-9-O1 15min	Lixi Zhang(National Key Laboratory of Power Transmission Equipment Technology, School of Electrical Engineering, Chongqing University) Simulation Study of Plasma Ablation Discharge under Dual Time Scales

A2-10-I1 20min	Kathrina Lois Taaca(University of the Philippines Diliman) Impact of Sterilization and Bioactivity of Plasma-activated Hybrid Hydrogels
A2-10-I3 20min	Pankaj Attri(Kyushu University) Computational Investigation of Plasma-Induced Oxidative Modifications on Heat Shock Protein Structure
A2-10-I4 20min	Akiyo Tanaka(Kyushu University) Assessment of the health effects of indium compounds in experimental animals
A2-10-I5 20min	Vikas Rathore(Walailak University) Green Fertilizers (urea and ammonium nitrate) Synthesis via Plasma-Liquid Interaction

L1-1-I1 20min	Huibo Tang(Harbin Institute of Technology) Laboratory observation of ion drift acceleration of laser-produced magnetized collisionless shocks
L1-1-I2 20min	Jin Matsumoto(Fukuoka University) Magnetic field amplification in chiral magnetohydrodynamic simulation
L1-1-I3 20min	Mickael Grech(LULI, CNRS, Ecole Polytechnique) Electron-Positron-Photon Cascades in Strong Electromagnetic Fields and Matter: A Path Toward Laboratory Pair Plasma Production
L1-1-I4 20min	Shinji Koide(Kumamoto University) Instability of current sheet in low-density plasma around the anchor region of relativistic jets of AGNs
L1-1-I5 20min	Keita Seto(Japan Atomic Energy Agency) Plasma kinetic model of nonlinear scalar QED particles in high-intensity laser pulse
L1-1-O1 15min	Yuki Amano(ISAS/JAXA) A Laboratory plasma experiment for application to X-ray astronomy using a compact electron beam ion trap (EBIT)
L1-1-O2 15min	Po-Yu Chang(Institute of Space and Plasma Sciences, National Cheng Kung University) Experimental Study of the Criteria for Rod Explosion in Pulsed Power Discharges

L1-2-I1 20min	Chengzhuo Xiao(Hunan University) Spatial distributions of laser-plasma instability in the beam overlapping region
L1-2-I2 20min	Matthew Edwards(Stanford University) Diffractive Plasma Optics for Compact Ultra-High-Power Femtosecond Lasers
L1-2-I3 20min	Byoung-Ick Cho(Gwangju Institute of Science and Technology) Frustrated Brunel Heating by Relativistic Gyromagnetic Effects in Ultraintense Laser-Matter Interactions
L1-2-I4 20min	Mario Manuel(General Atomics) Integration and testing of advanced algorithms for controlling high-energy-density-physics experiments
L1-2-I5 20min	Yin Shi(University of Science and Technology of China) Generation of 10 kT axial magnetic fields using multiple conventional laser beams: A sensitivity study for kJ PW-class laser facilities
L1-2-O1 15min	Devdigvijay Singh(Stanford University) Light-Structuring Plasma Holograms
L1-2-O2 15min	Taranjot Singh(Dav University) Second harmonic generation of high power Cosh-gaussian laser beam in Cold Quantum Plasma

L1-4-I1 20min	Yasuaki Kishimoto(Kyoto University) Professor Mima’s Achievements in Nonlinear Plasma Physics and Future Prospects
L1-4-I2 20min	Sergey Bulanov(ELI-ERIC, ELI-Beamlines) Journey Through the World of Nonlinear Waves
L1-4-I3 20min	Hiroshi Azechi(Institute of Laser Engineering, University of Osaka) Final Work: Integral Model of Hydrodynamic Instabilities in Inertial Fusion Implosions
L1-4-I4 20min	Natsumi Iwata(Institute of Laser Engineering, The University of Osaka) Laser plasma physics from particle motion to macroscopic transport
L1-4-I5 20min	Alexey Arefiev(UC San Diego) In the spirit of Professor Mima’s vision for US–Japan collaboration: Discovery of a self-organized gamma-gamma collider
L1-4-I6 20min	Kimitaka Itoh(Chubu University) In memory of Prof. Mima - Fusion Science in His Days -

L1-5-I2 20min	Gabriele Cristoforetti(Intense Laser Irradiation Laboratory, INO-CNR) Experimental investigations of laser-plasma instabilities and of mitigation strategies at Shock Ignition laser intensities
L1-5-I3 20min	Chiharu Nakatsuji(Institute of Laser Engineering, The University of Osaka) Effects of density scale-length on laser–plasma instabilities and hot-electron generation for shock-ignition laser fusion
L1-5-I4 20min	Michael Lavell(University of Rochester) Kinetic simulations of fusion burn propagation
L1-5-I5 20min	Jieru Ren(Xi’an Jiaotong University) A robust method to generate brilliant electrons through laser interaction with NCD plasma converted from hohlraum radiation of foam target

L1-6-I1 20min	Clément Goyon(Lawrence Livermore National Laboratory) A cohesive U.S. strategy to achieving Inertial Fusion Energy
L1-6-I2 20min	Neil Alexander(General Atomics) Target Fabrication for Inertial Fusion Energy
L1-6-I3 20min	Mayuko Koga(Graduate School of Engineering, University of Hyogo) Development of Fuel Target Injection Systems for Fast Ignition
L1-6-O1 15min	Aurélia Maïolo(CELIA, University of Bordeaux-CNRS-CEA) Design of ICF Targets for Energy Production - TARANIS Project
L1-6-O2 15min	Qianlei Du(dql_2021@sjtu.edu.cn) Machine Learning Optimization of Room-Temperature Target for Laser Inertial Fusion Energy

L1-7-I1 20min	Takashi Kikuchi(Nagaoka University of Technology) Study on Peripheral System and Issues for Heavy–Ion Inertial Fusion Reactor
L1-7-I2 20min	Yuchi Wu(Laser Fusion Research Center, CAEP) Development of the hot spot residual kinetic energy diagnostics with the orthogonal 6-axis nTOF sightlines
L1-7-I3 20min	Wei-Min Wang(Department of Physics, Renmin University of China) Laser parameter design for DCI laser fusion
L1-7-I4 20min	Naoki Okuda(The University of Osaka) High-density plasma heating with non-local electrons accelerated at a steepened plasma surface formed by PW relativistic laser
L1-7-I5 20min	Tomoyuki Johzaki(Hiroshima University) Neutronic effects on ignition and burn dynamics in fast ignition laser fusion
L1-7-O1 15min	Yasuhiko Sentoku(Institute of Laser Engineering, The University of Osaka) Fast heatwave ignition in laser fusion

L1-8-I1 20min	Nicholas Dover(Imperial College London) Developing a novel platform for investigating intense near-critical-density laser plasma interactions
L1-8-I2 20min	Hayato Yanagawa(The University of Osaka) Study on propagation characteristics of relativistic laser light in overcritical density plasma
L1-8-I3 20min	David Blackman(ELI ERIC Beamlines Facility) Laser beam smoothing techniques including the use of broadband width signals and their effect on high energy density plasmas
L1-8-I4 20min	Yuji Takagi(ILE, Osaka Univ.) Relativistic electron production by stochastic laser-plasma interaction in sub-relativistic intensity regime
L1-8-O1 15min	Nathan Smith(University of York, York Plasma Institute) Surrogate modelling of X-Ray emission and Positron production in Laser-Plasma interactions
L1-8-O2 15min	Zi-Yu Chen(Sichuan University) Extreme field generation and high-quality proton acceleration driven by Bessel-Gaussian lasers
L1-8-O3 15min	Edna Rebeca Toro Garza(Stanford University) Observing the influence of atomic and nanoscale structure on the DC conductivity of warm dense matter

L1-9-I1 20min	Siegfried Glenzer (Presented By W.M. Martin)(SLAC National Accelerator Laboratory) The Dawn of Inertial Fusion Energy Research
L1-9-I2 20min	G. Elijah Kemp(Lawrence Livermore National Laboratory) First demonstration of a layered direct-drive inertial confinement fusion target on the National Ignition Facility
L1-9-I3 20min	Chao Tian(Laser Fusion Research Center, China Academy of Engineering Physics) Interface slit-induced implosion asymmetry in double-shell targets: Time-resolved high-energy X-ray radiography with 10-µm spatial resolution
L1-9-I4 20min	Bin Qiao(Peking University) Electron Stochastic and Shock Acceleration in Laboratory-Produced Turbulent Plasmas
L1-9-O2 15min	Wei Liu(Laser Fusion Research Center, China Academy of Engineering Physics) Diagnostics of the electron temperature distribution of hot spot using a four-color quasi-monochromatic X-ray Kirkpatrick-Baez microscope

L2-1-I1 20min	John Farmer(Max-Planck-Institute for Physics) AWAKE: harnessing plasma instabilities for high-gradient acceleration
L2-1-I2 20min	Hyyong Suk(GIST) Recent progress in the laser pulse compression experiment using a plasma with a density gradient
L2-1-I3 20min	Brendan O'Shea(SLAC National Accelerator Laboratory) Plasma Wakefield Acceleration, FACET-II and a Wakefield Collider
L2-1-I4 20min	Feng Zhang(National Key Laboratory of Plasma Physics, Laser Fusion Research Center (LFRC), China Academy of Engineering Physics (CAEP)) Muon Production and Acceleration with Ultrashort High Intensity laser
L2-1-I5 20min	Mathieu Dumergue(Laboratoire pour l'Utilisation des Lasers Intenses) The APOLLON laser facility: Current status and scientific outcomes at multi-PW level

L2-2-I1 20min	Jorge Vieira(Instituto Superior Técnico) Superradiant light sources based on plasma accelerators in the nonlinear blowout regime
L2-2-I2 20min	Zhan Jin(SANKEN, Osaka University) Advancing Laser Wakefield Acceleration: Toward a Compact Tabletop XUV Free-Electron Laser
L2-2-I3 20min	Taiwu Huang(Shenzhen Technology University) Control of laser-driven relativistic electron beams and its application in generating compact radiation sources
L2-2-I4 20min	Alexander Pirozhkov(KPSI QST) Burst Intensification by Singularity Emitting Radiation: Towards Terawatt compact coherent x-ray source
L2-2-I5 20min	Dominika Maslarova(Chalmers University of Technology) Batch Bayesian optimization of attosecond betatron pulses from laser wakefield acceleration
L2-2-O1 15min	Amar Pal(Indian Institute of Technology Hyderabad) High Harmonic Generation using Plasma Wedge Target

L2-4-I1 20min	Hyung Taek Kim(Gwangju Institute of Science and Technology) Recent Advances in Electron Acceleration and Gamma-Ray Generation with 4 PW laser at CoReLS
L2-4-I2 20min	Mohammad Mirzaie(Center for Relativistic Laser Science, Institute for Basic Science) Pursuing Strong-Field QED Studies with multi PW lasers
L2-4-I3 20min	Yan-Fei Li(Xi'an Jiaotong University) Numerical Investigation of Polarization Dynamics in Strong-Field QED
L2-4-I4 20min	Ke Jiang(Shenzhen Technology University) Porous Foam: Bridging High-Energy-Density Physics and Complex System Sciences
L2-4-I5 20min	Xing-Long Zhu(Zhejiang University) Efficient generation of extremely dense gamma-rays and polarized lepton beams in plasmas
L2-4-O1 15min	Ming-Wei Lin(National Tsing Hua University) Enhanced intensity of betatron radiation from few-TW LWFA with an asymmetric density profile in a sub-mm gas jet
L2-4-O2 15min	Shih-Chi Kao(National Central University) Comprehensive Diagnosis of Laser-Plasma Interaction in Capillary Waveguides for High-Harmonic Generation

L2-5-I1 20min	Lance Labun(Tau Systems Inc.) Laser wakefield accelerators for industry
L2-5-I2 20min	Ming Zeng(Institute of High Energy Physics, Chinese Academy of Sciences) Production of small energy spread and high charge beams in laser wakefield accelerators
L2-5-I3 20min	Nadezda Bobrova(Czech Technical University in Prague) Capillary discharge plasma channels for laser pulse guiding and active lensing charged particle beams
L2-5-I4 20min	Xinzhe Zhu(School of Physics and Astronomy, Shanghai Jiao Tong University) High energy electron acceleration and mid-infrared radiation in curved plasma channel
L2-5-I5 20min	Gabriele Maria Grittani(ELI Beamlines Facility, The Extreme Light Infrastructure ERIC) High energy High repetition rate electron beams at ELI Beamlines
L2-5-O1 15min	Yan-Jun Gu(Osaka University) Generation of Highly Stable Electron Beam in LWFA via Shock Injection

L2-6-I1 20min	Pisin Chen(National Taiwan University) Laser cosmology- a brief review and a few examples
L2-6-I2 20min	Bernhard Bernhard Hidding(Heinrich Heine University Düsseldorf) Hybrid Laser-Plasma Wakefield Acceleration: Harnessing the Best of Both Worlds
L2-6-I3 20min	Lance Labun(University of Texas, Austin) Particle production and vacuum structure in QED
L2-6-I4 20min	Zhengming Sheng (Presented by Min Chen)(Shanghai Jiao Tong University) Brilliant gamma-ray emission driven by laser and electron beams in plasma
L2-6-I5 20min	Yasuhiro Kuramitsu(Osaka University) Model experiments of cosmic ray acceleration using intense lasers

L2-7-I1 20min	Tsuneyuki Ozaki(INRS-EMT) High-order harmonics generation and attosecond dynamics in laser-produced plasma
L2-7-I2 20min	Yao-Li Liu(Institute of Space and Plasma Sciences, National Cheng Kung University) Tomographic Measurement and Quasi-Phase Matching of High-Order Harmonic Generation via the Selected-Zoning Method
L2-7-I3 20min	Aurélien Houard(Laboratoire d'Optique Appliquée, CNRS, ENSTA, Ecole polytechnique) Steering laser-produced THz radiation in air with superluminal ionization fronts
L2-7-I4 20min	Seong Hee Park(Korea University Sejong campus) R&Ds of Compact, hybrid-type sub-THz Wakefield Accelerator
L2-7-I5 20min	Linzheng Wang(Shanghai Jiao Tong University) Terahertz Vortices with Tunable Topological Charges from a Laser-Plasma Channel

L2-8-I1 20min	Dong Wu(Shanghai Jiao-Tong University) Mechanisms behind the surprising observation of supra-thermal ions in fusion burning plasmas
L2-8-I2 20min	Zheng Gong(Institute of Theoretical Physics, Chinese Academy of Sciences) Laser wakefield acceleration of ions with a transverse flying focus
L2-8-I3 20min	Wenpeng Wang(Shanghai Institute of Optics and Fine Mechanics (SIOM), Chinese Academy of Sciences (CAS)) Isolated Attosecond γ-Ray Pulse Generation with Transverse Orbital Angular Momentum Using Intense Spatiotemporal Optical Vortex Lasers
L2-8-I4 20min	Subhasish Bag(Indian Institute of Technology Delhi (IIT Delhi)) Investigation of the dynamics of finite size plasma
L2-8-O1 15min	Hui Zhang(Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences) PW femtosecond lasers driven high-quality proton acceleration
L2-8-O2 15min	Clément Lacoste(INRS) Optimization and application of helical coil target with varying geometry and screen tube

L2-9-I1 20min	Yipeng Wu(Shanghai Jiao Tong University) Plasma-based generation and manipulation of intense structured laser pulses
L2-9-I2 20min	Minsup Hur(UNIST) Plasma Photonics for Generation of Exawatt to Zettawatt Laser Pulses
L2-9-I3 20min	Jaehoon Kim(Korea Electrotechnology Research Institute) Current Research Status of Laser Wakefield Accelerator for Cancer Treatment
L2-9-O1 15min	Baris Emre Bingol(University of Strathclyde) LWFA-Driven Photonuclear and Photo-Spallation Reactions for Production of Medical Radionuclides

SG-1-I1 20min	Shan Wang(Peking University) New insights on the high reconnection rate and diminishment of ion outflow in reconnection
SG-1-I2 20min	Kai Huang(Harbin Institute of Technology) Secondary reconnection between interlinked flux tubes driven by magnetic reconnection with a short x-line
SG-1-I3 20min	Xianglei He(Harbin Institute of Technology) Numerical analysis of three-dimensional magnetopause-like reconnection properties by iPIC3D simulation for SPERF-AREX
SG-1-I4 20min	Kui Jiang(School of Earth and Space Science and Technology, Wuhan University) Interactions between dipolarization front and magnetic reconnection: MMS observations
SG-1-I5 20min	Qiyang Xiong(Wuhan University) Guide Field Dependence of Energy Conversion and Magnetic Topologies in Reconnection Turbulent Outflow
SG-1-O1 15min	Johan Sharma(Indian Institute Of Technology Hyderabad) Electron scale current sheets in kinetic Alfvén wave turbulence

SG-2-I1 20min	Fumiko Otsuka(Kyushu University) Time series analysis of electron acceleration in quasi-perpendicular shock transition regions
SG-2-I2 20min	Shuichi Matsukiyo(Kyushu University) Power laser experiment of magnetized shock: Reflected ions and nonstationarity
SG-2-I3 20min	Robert Rankin(University of Alberta) Auroral Beading and Magnetospheric ULF Waves
SG-2-O1 15min	Tomo-Hiko Watanabe(Department of Physics, Nagoya University) Gyrokinetic simulation of auroral arc growth in a dipole field
SG-2-O2 15min	Ruolin Wang(the University of Tokyo) High-Frequency Wave Generation at Earth’s Bow Shock: Insights from Shock-Driven Electron Acceleration
SG-2-O3 15min	Sebastián Saldivia(University of Chile) The effect of plasma expansion on the dispersion properties of MHD waves
SG-2-O4 15min	Yoshiharu Omura(Research Institute for Sustainable Humanosphere, Kyoto University) Nonlinear Wave Growth of Whistler-mode Hiss Emissions in the Plasmasphere

SG-3-I1 20min	Muhammad Nouman Sarwar Qureshi(Department of Physics, Government College University) Cluster Observations of Whistler Waves and Associated Non-Maxwellian Velocity Distributions
SG-3-I2 20min	Jinsong Zhao(Purple Mountain Observatory) Resonant and nonresonant wave-particle interactions in the mirror and firehose instabilities
SG-3-I3 20min	Satoshi Kurita(Research Institute for Sustainable Humanosphere, Kyoto University) Activity of plasmaspheric hiss waves during the May 2024 Gannon storm observed by the Arase satellite
SG-3-I4 20min	Jinghuan Li(Swedish Institute of Space Physics (IRF), Uppsala) Direct observations of cross-scale wave-particle energy transfer in space plasmas
SG-3-I5 20min	Ioannis Kourakis(Khalifa University of Science and Technology) Electrostatic Solitary Waves in Space Plasmas: Recent Advancements and Applications in Planetary Magnetospheres
SG-3-O1 15min	Li Li(China University of Geosciences (Beijing)) Modulation of Lower Hybrid and ECH Waves by Ultra-low Frequency (ULF) Waves in the Earth's Magnetosphere

SG-4-I1 20min	Bofeng Tang(State Key Laboratory of Solar Activity and Space Weather, National Space Science Center, Chinese Academy of Sciences) Effect of evolving turbulence on the diffusion coefficients of wave-particle interaction associated with whistler model wave
SG-4-I2 20min	Yuto Katoh(Graduate School of Science, Tohoku University) CubeSat project PCUBE for probing, controlling, and understanding of radiation belt environments
SG-4-I3 20min	Si Liu(Changsha University of Science and Technology) Nonlinear Interactions Between Chorus and ECH Waves in the Inner Magnetosphere
SG-4-I4 20min	Tsubasa Kotani(Data Analysis Center for Geomagnetism and Space Magnetism, Graduate School of Science, Kyoto University) Harmonic structure of lower hybrid and upper hybrid waves driven by energetic particles
SG-4-I5 20min	Ammarah Sheikh(Government Jinnah Islamia Graduate College Sialkot) Revisiting the analytical and numerical analysis of Bump on tail Instability by reduced Cairns distribution
SG-4-O1 15min	Peter Yoon(University of Maryland College Park) Magnetospheric radio and plasma wave emissions: Quasilinear analysis of Juno spacecraft data

SG-5-I1 20min	Ryo Kono(Interdisciplinary Graduate School of Engineering Sciences, Kyushu University) Plasma two-fluid simulation using Physics-Informed Neural Networks
SG-5-I2 20min	Breno Raphaldini(Institute of Mathematics and Statistics, University of Sao Paulo) MHD Rossby waves and the analogy between solar magnetic activity and the Earth’s weather
SG-5-I3 20min	Ryoya Sakata(Research Center for Advanced Science and Technology, The University of Tokyo) Effects of a planetary magnetic field on ion escape from ancient Mars based on 3D global multifluid MHD simulations
SG-5-I4 20min	Gang Li(Macau University of Science and Technology) Effect of Forbush Decrease on Global Electric Circuit
SG-5-I5 20min	Saba Gondal(University of Engineering and Technology Lahore) Relaxed magnetic structures in the Saturn’s ring
SG-5-I6 20min	Nazish Rubab(University of Central Punjab, Lahore) Influence of secondary electron emission on plasma-surface interactions in the Geostationary orbit environment
SG-5-O1 15min	Andrea Larosa(ISTP-CNR) Wavelet-based modeling of the heliospheric turbulent magnetic field
SG-5-O2 15min	Dedong Wang(GFZ Helmholtz Center for Geosciences) Electromagnetic Waves and Their Effects on Energetic Electrons in the Inner-magnetosphere

SG-7-I1 20min	Jing Jiao(NSSC,CAS) Equatorward wind driven significant upwelling of Ca+ layer over middle latitude during the November 2023 strong geomagnetic storm
SG-7-I2 20min	Binzheng Zhang(The University of Hong Kong) Transition from a Dungey convection- to rotation-dominated magnetosphere: Implications of magnetic topology and auroral morphology
SG-7-I3 20min	Hyuckjin Kwon(Korea Polar Research Institute) Sun-aligned arc motion driven by magnetic reconnection under northward IMF
SG-7-I4 20min	Laila Zafar Kahlon(Forman Christian College (a Chartered University), Lahore) Damped KP equation for magnetosonic waves in a dissipative ionospheric F Layer OH plasma
SG-7-I5 20min	Jesus Perez(University of California, Los Angeles) Direct Comparison of Whistler Mode Radiation Between an Electric Dipole and Loop Antenna in a Laboratory Plasma
SG-7-O1 15min	Kshama Tiwari(Banaras Hindu University) Multi-instrument study on the Great American Solar Eclipse

SG-8-I1 20min	Junyi Ren(CAS Center for Excellence in Comparative Planetology/CAS Key Lab of Geospace Environment, University of Science and Technology of China) Hybrid simulations of the formation and evolution of magnetosheath jets
SG-8-I2 20min	Fang Shen(National Space Science Center (NSSC), Chinese Academy of Science (CAS)) Simulation of Solar Energetic Particles Propagation under Stream Interaction Regions
SG-8-I3 20min	Kun-Han Lee(National Center for High-performance Computing, NIAR) Generation of Kinetic Alfvén Waves and Parallel Ion Cyclotron Waves Triggered by Ion Beam Modes in the Solar Wind
SG-8-I4 20min	Yasuhito Narita(Institute of Theoretical Physics, Technical University of Braunschweig) Electromotive field - The missing puzzle piece of space plasma turbulence
SG-8-I5 20min	San Lu(University of Science and Technology of China) Three-dimensional global hybrid simulations of plasma transport and energy conversion during solar wind-magnetosphere interactions
SG-8-O1 15min	Saba Khalid(Government College University Lahore) KdV Modeling of Field-Aligned Potentials in Alfvenic Double Layers by using (r, q) distribution function
SG-8-O2 15min	Kuldeep Singh(Khalifa University of Science & Technology, Abu Dhabi) Nonlinear waves in planetary magnetospheres
SG-8-O3 15min	Abhay Kumar Singh(Department of Physics, Institute of Science, Banaras Hindu University) Multi-instrument study of the response of intense solar flares during the descending period of the 24th solar cycle

SG-9-I1 20min	Vipin Kumar Yadav(SPL / VSSC / ISRO) Observations of Extreme Solar Transient Events by MAG Payload onboard Aditya-L1 Spacecraft around L1 Point
SG-9-I2 20min	Yixin Sun(Peking University) Violation of the Impenetrable Barrier: MSS-1 and Arase Observations of MeV Electrons in the Inner Radiation Belt During the May 2024 Geomagnetic Storm
SG-9-I3 20min	Kirolosse Girgis(International Research Center for Space and Planetary Environmental Science (i-SPES), Kyushu University) Numerical Modeling of Particle Dynamics during Dipolarization Events in Substorm Time
SG-9-I4 20min	Xuzhi Zhou(Peking University) Transient Distortions of the South Atlantic Anomaly Radiation Environments Driven by Large-Scale Electric Fields
SG-9-I5 20min	Yusuke Ebihara(Kyoto University) Generation, propagation and consequence of field-aligned currents during substorm expansion
SG-9-I6 20min	Shuo Yao(China University of Geosciences) Features and Source Current of the Ground Induced Geoelectric Field During Magnetic Storms
SG-9-O1 15min	Victor Munoz(Departamento de Fisica, Facultad de Ciencias, Universidad de Chile) Community Structure Of Earth’s Magnetic Field Measurements

SA-1-I1 20min	Qi Hao(Nanjing University) Developing Automated Detection, Tracking and Analysis Methods for Solar Activities via Machine Learning
SA-1-I2 20min	Lei Lu(Purple Mountain Observatory, Chinese Academy of Sciencies) Application of Radio Observations in the Study of Solar Eruptions
SA-1-I4 20min	Ayu Ramada Sukarmadji(Institut de Recherche en Astrophysique et Planétologie) Deciphering the nanojet phenomenon through observations and numerical simulations
SA-1-O1 15min	Mehdi Yousefzadeh(Shandong University) Kinetic Modeling of Coherent Emission in Coronal Loops: An Innovative Three-Step Numerical Approach
SA-1-O2 15min	Zihao Yang(High Altitude Observatory, NCAR) Observing the evolution of the Sun’s global coronal magnetic field over 8 months
SA-1-O3 15min	Shuting Li(Purple Mountain Observatory) Unveiling the heating source inside an erupting prominence as observed by Solar Orbiter/Metis and ASO-S/LST
SA-1-O4 15min	Feng Chen(Nanjing University) Data-driven Radiative Magnetohydrodynamics Simulations with the MURaM code

SA-2-I1 20min	Shuhong Yang(National Astronomical Observatories, Chinese Academy of Sciences) Magnetic field and meridional flow in the solar polar regions
SA-2-I3 20min	Istvan Pusztai(Chalmers University of Technology) From Weibel seed generation to saturated dynamo in collisionless plasmas with finite mass ratio
SA-2-I4 20min	Nobumitsu Yokoi(University of Tokyo) Novel effects of kinetic and cross helicities in solar- and astro-physics
SA-2-O1 15min	Bidya Binay Karak(Indian Institute of Technology (BHU) Varanasi) Observed Joy's law during the emergence of bipolar sunspots unveils their origin
SA-2-O2 15min	Yihua Li(Nanjing University) Data-constrained MHD simulation of solar corona including solar wind effects

SA-3-I1 20min	Tetsuo Taki(The University of Tokyo) New framework for dust diffusion in partially ionized plasma with high dust-to-gas ratio: an application to a gap created by a protoplanet in a protoplanetary disk
SA-3-I2 20min	Daisei Abe(Tohoku University) Growth of Massive Molecular Filament by Accretion Flows: New mechanism to Support a Supercritical Filament against Radial Collapse
SA-3-I3 20min	Yoshiaki Misugi(National Astronomical Observatory of Japan) Physical Properties of Molecular Cloud Cores Formed in Strongly Magnetized Molecular Filaments
SA-3-I4 20min	Sadiq Usman(University of Wah) Magnetorotational Instability in differentially rotating degenerate astrophysical electron–positron–ion plasma
SA-3-O1 15min	Masanori Iwamoto(Kyoto University) Stimulated Scattering of Strong Waves in Pair Plasmas
SA-3-O2 15min	Shota Yokoyama(Chiba University) Cosmic-ray Driven Resistive Heating of the Intergalactic Medium in the Early Universe and Its Implications for 21-cm Line Observations

SA-4-I1 20min	Rony Keppens(CmPA, KU Leuven) Mathematics for coronal rain: the hydrodynamic thermal continuum
SA-4-I2 20min	Tinatin Baratashvili(KU Leuven) From Sun to Earth: Exploring the strengths and challenges of the global 3D MHD time-accurate modelling
SA-4-I3 20min	Jeffersson Agudelo Rueda(Northumbria University) Characterising Sub-Grid-Scale Effects on Plasma Turbulence in the Earth's Magnetosheath: Contribution to Generalised Ohm’s Law
SA-4-I4 20min	Liping Yang(National Space Science Center, Chinese Academy of Sciences) Three-part Structure Formation & Interplanetary Rotation of Mars-Directed Coronal Mass Ejection on 2021 December 4
SA-4-I5 20min	Hong-Peng Lu(Guizhou University) Detecting Stellar CMEs Using Time-Domain Spectroscopy from LAMOST
SA-4-O1 15min	Kamlesh Bora(Max Planck Institute for Solar System Research) Quasi-Separatrix-Layers Channel Solar Wind Outflows in Coronal Hole

SA-5-I1 20min	Masahiro Machida(Kyushu University) Disk Formation and Magnetic Interchange Instability in Weakly Ionized Star-Forming Clouds
SA-5-I2 20min	Yun-Wei Yu(Central China Normal University) Eclipsed X-ray Bursts and Fast Radio Burst Activity of Magnetar SGR J1935+2154
SA-5-I3 20min	Ashley Bransgrove(Princeton University) Extreme Plasma Physics of Neutron Stars
SA-5-I4 20min	Shigeo Kimura(Tohoku University) Non-thermal Phenomena in Strongly Magnetized Accretion Flows around Black Holes
SA-5-I5 20min	Akihiro Inoue(University of Tokyo) Three-Dimensional General Relativistic Radiation Magnetohydrodynamic Simulations of Supercritical Accretion onto a Magnetized Neutron Star
SA-5-O1 15min	Kanta Kitajima(Nagoya University) Particle-Based Analysis of Relativistic Jet

SA-7-I1 20min	Ayumi Asai(Astronomical Observatory, Kyoto University) Advancing Solar Observations with DST and SMART, Hida Observatory, Kyoto University
SA-7-I2 20min	Qingmin Zhang(Purple Mountain Observatory) Investigating the early evolutions of non-radial solar eruptions
SA-7-I3 20min	Xiaozhou Zhao(Yunnan Observatories, CAS) Flux rope eruptions and shocks: 2.5D numerical modeling
SA-7-I4 20min	Jinhan Guo(Nanjing University) Numerical MHD Modelings of Failed Solar Eruptions: Constraints and Observational Manifestations
SA-7-I5 20min	Chen Xing(Nanjing University) Unveiling the Initiation Route of Coronal Mass Ejections through Their Slow Rise Phase
SA-7-I6 20min	Stephen Vincena(University of California, Los Angeles) Three-wave coupling between shear Alfvén waves and kink-unstable magnetic flux ropes

SA-8-I1 20min	Yulei Wang(Nanjing University) Three-dimensional Magnetic Reconnection within Strongly Turbulent Solar Flare Current Sheets
SA-8-I2 20min	Xiaoping Zhang(Macau University of Science and Technology) Unveiling mass transfer in solar flares: Insights from elemental abundance evolutions observed in Chang’E-2 and MSS missions
SA-8-I3 20min	Bhuwan Joshi(Udaipur Solar Observatory) Energy Release and Coronal Dynamics in Solar Flares: Insights from 2D and 3D Magnetic Reconnection Models
SA-8-I4 20min	Xiangliang Kong(Shandong University) Modeling the Acceleration and Transport of Energetic Particles in Solar Flares Based on Macroscopic MHD Simulations
SA-8-O1 15min	Zekun Lu(Nanjing University) Heating the Hot and Super-hot Corona in Solar Active Regions: Insights from MURaM
SA-8-O2 15min	Philippe-A. Bourdin(University of Graz) Electromotive force measurements in the context of magnetic reconnection

SA-9-I1 20min	Yusuke Tsukamoto(Kagoshima University) Co-evolution of dust grains and protoplanetary disks
SA-9-I2 20min	Shogo Isayama(Kyushu University) Relativistic resonant and trailing-field acceleration induced by large amplitude Alfvén waves in a strong magnetic field
SA-9-I3 20min	Hassan Shah(Forman Christian College, Lahore) Chaotic Evolution of Shock Waves, Solitons, and Solitary Shocks in a Degenerate Quantum Plasma
SA-9-I4 20min	Shoma Kamijima(Yukawa Institute for Theoretical Physics, Kyoto University) Cosmic ray acceleration and maximum energy in core-collapse supernova remnants
SA-9-O1 15min	Masahiro Hoshino(The University of Tokyo) Electron-ion temperature ratio in mildly relativistic parallel shocks
SA-9-O3 15min	Kanji Morikawa(The University of Tokyo) Magnetic turbulence by the interaction between a special relativistic shock and an inhomogeneous medium
SA-9-O4 15min	Subham Ghosh(Asia Pacific Center for Theoretical Physics) Magnetic Reconnection: An Alternative Explanation of Radio Emission in Galaxy Clusters

MF1-1-I1 20min	Heng Lan(Southwest Jiaotong University) Experimental study of the electromagnetic fluctuations and energy confinement in the quasi-axisymmetric stellarator CFQS-T plasmas
MF1-1-I2 20min	Jian Zhang(Huazhong University of Science and Technology) Numerical solutions of resistive finite-pressure magnetohydrodynamic equilibria for quasiaxisymmetric stellarator CFQS and non-axisymmetric toroidal plasmas
MF1-1-I3 20min	Xianyi Nie(University of Science and Technology of China) FOCUS-HTS: A New Stellarator Coil Design Code for Three-dimensional High-Temperature Superconducting Magnets
MF1-1-I4 20min	Yangbo Li(IFPP, Huazhong University of Science and Technology) Experimental results of Tokamak-Stellarator hybrid configuration by external rotational transform on J-TEXT
MF1-1-I5 20min	Alejandro Banon Navarro(Max-Planck-Institute for Plasma Physics) Exploring Turbulence in Stellarators: Advances in Global Gyrokinetic Simulations
MF1-1-I6 20min	Hongxuan Zhu(Zhejiang University) Global eigenmode structure of linear drift-wave instabilities on flux surfaces in stellarators
MF1-1-I7 20min	Jacobo Varela Rodriuez(Institute for Fusion Studies, Department of Physics, University of Texas at Austin) Bursting activity in LHD plasma induced by multiple EP populations

MF1-2-I1 20min	Yiming Zu(University of Science and Technology of China) Hall MHD Simulations of MARFE Dynamics in Limiter and Divertor Configurations
MF1-2-I2 20min	Wei Xia(Institute of Plasma Physics, Chinese Academy of Science; University of science and technology of China) Characteristic of Thermal Quench and its Interpretive JOREK Simulation in EAST Disruptions
MF1-2-I3 20min	Chang Liu(Peking University) Analysis and Simulation of Effective Runaway Electron Mitigation Using a Passive Coil in J-TEXT Tokamak
MF1-2-I4 20min	Wei Zheng(Huazhong University of Science and Technology) Disruption Prediction for Future Tokamak Reactors from Different Perspectives and with Different Methods
MF1-2-O1 15min	Zhe Chen(University of Science and Technology) Nonlinear excitation of energetic particle-induced geodesic acoustic mode via resonance overlap with Alfvén instability in CFQS
MF1-2-O2 15min	Hiroyuki Yamaguchi(National Institute for Fusion Science, National Institutes of Natural Sciences) An Innovative Stellarator: Variable Symmetry Torus
MF1-2-O3 15min	Akihiro Shimizu(National Institute for Fusion Science) Construction and experiment of quasi-axisymmetric stellarator CFQS-T
MF1-2-O4 15min	Shuhei Sumida(National Institutes for Quantum Science and Technology) Observation of runaway electrons with neutron flux monitors in the initial operation phase of JT-60SA

MF1-3-I1 20min	James Yang(Princeton Plasma Physics Laboratory) Aspect ratio dependence of fast ion effects on neoclassical tearing mode growth
MF1-3-I2 20min	Yinan Zhou(University of Science and Technology of China) The Poloidal Particle Dynamic during Sawtooth Collapse on J-TEXT
MF1-3-I3 20min	Yihang Chen(Southwestern Institute of Physics) Preliminary experimental study of sawtooth pacing control in strong neutral beam heated plasmas on the HL-3 tokamak
MF1-3-I4 20min	Oleg Samoylov(Max Planck Institute for Plasma Physics) Magnetic reconnection rate during sawtooth crashes in ASDEX Upgrade and EAST
MF1-3-I5 20min	Xu Yang(Chongqing Technology and Business University) Optimized RMP spectrum design towards robust ELM control
MF1-3-O1 15min	Yiming Ma(Huazhong University of Science and Technology) MHD simulation of tilt instability during the dynamic FRC magnetic compression process
MF1-3-O2 15min	Haijun Ren(University of Science and Technology of China) MHD analysis of electromagnetic GAMs in up-down asymmetric tokamaks
MF1-3-O3 15min	Yeongsun Lee(Seoul National University) Binary Nature of Collisions Facilitates Runaway Electron Generation in Weakly Ionized Plasmas

MF1-10-I1 20min	Masaki Uchida(Kyoto University) Non-inductive startup of overdense spherical tokamak by electron Bernstein waves with reduced trapped electrons
MF1-10-I2 20min	Jian Liu(Shandong University) Canonical Hamiltonian Theory and Symplectic Algorithms of Guiding Center Dynamics
MF1-10-I3 20min	Kristel Crombe(Laboratory for Plasma Physics, Royal Military Academy, Brussels) Advancements in Commissioning the ICRH System for Wendelstein 7-X
MF1-10-I4 20min	Hiroshi Tanabe(Graduate school of frontier sciences, university of Tokyo) Application of reconnection heating for solenoid-free plasma startup in TS-6 and ST40
MF1-10-I5 20min	Chio Zong Cheng(University of Tokyo) Physics of magnetic reconnection with low and high guide fields
MF1-10-O1 15min	Zhuo Qi Liu(Dalian University of Technology) ICRF wave heating simulation integrating with SOL plasma based on FEM
MF1-10-O2 15min	Atsushi Fukuyama(Kyoto University) Kinetic full wave analysis in inhomogeneous plasmas using integral form of dielectric tensor

MF1-4-I1 20min	Teobaldo Luda Di Cortemiglia(Max–Planck–Institut fuer Plasmaphysik) Full-radius integrated modelling of the H-mode confinement dependence on plasma size and aspect ratio and predictions of ITER and DEMO
MF1-4-I2 20min	Luca Garzotti(UKAEA) Integrated scenario modelling in support of fusion experiments
MF1-4-I3 20min	Stefano Gabriellini(UK Atomic Energy Authority (UKAEA), Culham Campus) Core transport simulations of plasma scenarios for JET and JT-60SA tokamaks: validation and predictions for future JT-60SA experiments
MF1-4-I4 20min	Kai Li(College of Physics, Qingdao University) Optimized H-mode pedestal predictive model for coupled core-pedestal simulations on EAST
MF1-4-I5 20min	Jie Zhang(University of Science and Technology of China) Evaluation of pellet fueling depth and its impact on fusion performances in fusion reactors
MF1-4-I6 20min	Shinichiro Kado(Kyoto University) Dynamic Evolution of Pellet Fueling from Ablation Cloud to Reheat Mode in Heliotron J
MF1-4-I7 20min	Tokihiko Tokuzawa(National Institute for Fusion Science) Review of radio plasma physics for fusion science
MF1-4-I8 20min	Ahmed Diallo(Princeton Plasma Physics Laboratory) Spin-Polarized Fuel for Enhanced Tritium Self-Sufficiency and Electric Power Output

MF1-5-I1 20min	Anders Henry Nielsen(technical University of Denmark) Simulating Edge Transport in MAST-U Using the FELTOR Code
MF1-5-I2 20min	Chao Li(Peking University) Numerical Extraction of Nearest Canonical Equilibrium Distribution via Natural Gradient Descent method
MF1-5-I3 20min	Dongmei Fan(Southwestern Institute of Physics) Impact of Resonant Magnetic Perturbations on ELM Mitigation and Impurity Transport in HL-3 H-mode Plasmas
MF1-5-I5 20min	Akihide Fujisawa(Kyushu University) Review and Prospect of Plasma Turbulence Observatory
MF1-5-I6 20min	Gabriele Merlo(Max Planck institute for Plasma Physics) Global gyrokinetic multiscale pedestal simulations with the GENE code
MF1-5-I7 20min	Feng Wang(Dalian University of Technology) Application of Particle Orbit Tracking Model in Tokamak Buring Plasmas
MF1-5-O1 15min	Trivesh Kant(Institute for Plasma Research) Axisymmetric studies of Avalanche generation and Termination mechanisms for Runaway Electrons in ITER

MF1-6-I1 20min	Francesco Porcelli(Polytechnic University of Turin) Vertical Displacement Oscillatory Modes driven by Fast Ions in Tokamak Plasmas
MF1-6-I2 20min	Yang Li(Southwestern Institute of Physics) Kinetic research on energetical particle modes in burning fusion plasmas
MF1-6-O1 15min	Juan Ruiz Ruiz(University of Oxford) Assessing the effect of energetic-particle-driven modes on fusion power gain in burning plasmas
MF1-6-O2 15min	Xiangfeng Wu(Dalian University of Technology) Simulations of fusion reactions under thermal and non-thermal equilibrium distributions in tokamaks
MF1-6-O3 15min	Kensho Takenaka(Graduate School of Energy Science, Kyoto University) Analysis of Beta Dependence of Microinstabilities in Realistic Configurations Using Global Gyrokinetic Simulations
MF1-6-O4 15min	Oleg Krutkin(EPFL-SPC) Gyrokinetic simulations of core turbulence in a reference JT-60SA scenario
MF1-6-O5 15min	Sagar Choudhary(Institute for Plasma Research) Density gradient driven transport in LTX-like plasma due to Ubiquitous Mode
MF1-6-O6 15min	Chien-Chung Hsu(National Central University) An improved analytical theory of ion temperature gradient instability in tokamak plasmas

MF1-7-I1 20min	Juan Huang(ASIPP) Recent Progress of Long-pulse High-confinement Plasma on EAST
MF1-7-I2 20min	Joydeep Ghosh(Institute for Plasma Research) Recent Experimental and Operational Highlights from ADITYA-U Tokamak
MF1-7-I3 20min	Toshiki Kinoshita(Kyushu university) Advances in Turbulence-Driven Transport Control for improved Plasma Confinement
MF1-7-I4 20min	Nengchao Wang(Huazhong University of Science and Technology) Electron internal transport barrier induced by NTM in the ECRH plasma on J-TEXT
MF1-7-I5 20min	Gianluca Pucella(ENEA, C.R. Frascati) Hybrid scenario at high beta with mild MHD activity on MAST-U
MF1-7-I6 20min	Chiara Piron(Consorzio RFX, ENEA) Advances toward high-beta long-pulse operation in the WPTE tokamaks
MF1-7-I7 20min	Akira Ejiri(The University of Tokyo) Parameter surveys for a fusion energy systems integration test facility FAST

MF1-8-I1 20min	Pedro Andres Molina Cabrera(Swiss Plasma Center - EPFL) Fast electron generation during tokamak startup: experiments and simulations in the TCV tokamak
MF1-8-I2 20min	Adriano Mele(Swiss Plasma Center EPFL) Plasma integrated control: a perspective and outlook on the recent advancements at the TCV tokamak
MF1-8-I3 20min	John Berkery(Princeton Plasma Physics Laboratory) Research Advancing the Physics of Spherical Tokamaks in Preparation for Operation of NSTX-U
MF1-8-I4 20min	Makoto Hasegawa(RIAM, Kyushu University) Development of Divertor Configuration Control in QUEST with Experiments and AI-Based Identification
MF1-8-I5 20min	Tatsuya Kobayashi(National Institute for Fusion Science) Modeling of charge exchange recombination spectroscopy and inverse problem analysis using Bayesian approach
MF1-8-O1 15min	Nicola Amorisco(UK Atomic Energy Authority) FreeGSNKE: an open source pure-Python predictive evolutive equilibrium code for control design and validation
MF1-8-O2 15min	Brad Dempsie(University of Saskatchewan) Extended Stability and Plasma Shock Behavior in a Flow Through Z-pinch
MF1-8-O3 15min	Kajal Shah(Princeton Plasma Physics Laboratory) Study of radiated power asymmetries in the Spherical Tokamak Advanced Reactor (STAR)

MF1-9-I1 20min	Liming Yu(Southwestern Institute of Physics) Experiment and simulation results of interactions between energetic ions and tearing modes on HL-2A tokamak
MF1-9-I2 20min	Pan Li(Institute of Plasma Physics, Hefei Institutes of Physical Science, Chinese Academy of Sciences) Dynamics between energetic particles driven instabilities, lower frequency flow and turbulence on EAST
MF1-9-I3 20min	Xiaoxi Zhang(School of Science, China University of Geosciences (Beijing)) Effects of Trapped Energetic ions on the 2/1 Tearing Mode and Fishbone-like Mode
MF1-9-O1 15min	Kunihiro Ogawa(National Institute for Fusion Science) Experimental study of MHD instability effect on MeV ion confinement in KSTAR
MF1-9-O2 15min	Tomoya Kawazu(Department of Fundamental Energy, Graduate School of Energy Science, Kyoto University) Effects of magnetic field geometry and beta dependence on trapped electron mode turbulent transport in tokamak plasmas.
MF1-9-O4 15min	Masato Matsuoka(Nagoya University) Experimental observation of local reduction of gradient in energy spectrum of energetic particles interacting with MHD bursts
MF1-9-O5 15min	Helen Kaang(Korea Institute of Fusion Energy (KFE)) The effects of magnetic shear and plasma temperature gradients on intrinsic rotation generation via parity changes in global electromagnetic ITG modes

MF2-1-I1 20min	Jonathan Gaspar(IUSTI Laboratory) Overview of long pulse, high fluence and high heat flux operation in WEST full tungsten environment
MF2-1-I2 20min	Jack Lovell(Oak Ridge National Laboratory) Highlights from the third experiment campaign of MAST Upgrade
MF2-1-I3 20min	Dorothea Gradic(Max-Planck-Institut für Plasmaphysik) Development of long-pulse detached plasmas in the Wendelstein 7-X stellarator
MF2-1-I4 20min	Sebastijan Brezinsek(Forschungszentrum Jülich) Plasma-Wall Interactions Studies in support of the new ITER baseline
MF2-1-I5 20min	Qingquan Yang(Institute of Plasma Physics, Chinese Academy of Sciences) Recent Advances in Small ELM Regimes: Highlights from EAST Tokamak
MF2-1-O1 15min	Florian Koechl(ITER Organization) Integrated time-dependent core-edge-SOL modelling of ITER SRO plasma scenarios

MF2-2-I1 20min	Dieter Boeyaert(University of Wisconsin-Madison) Particle exhaust studies in non-resonant divertors using EMC3-EIRENE
MF2-2-I2 20min	Sales De Oliveira Diego(IRFM - CEA Cadarache) 3D numerical modeling of power exhaust and W migration in WEST plasma taking into account the impact of realistic wall and magnetic geometry
MF2-2-I3 20min	Manuel Scotto D'Abusco(Princeton Plasma Physics Laboratory (PPPL)) Predicting 3D heat fluxes of non-axisymmetric plasmas in SPARC tokamak with the HEAT code
MF2-2-I4 20min	Makoto Oya(Kyushu university) Evaluation study of fuel retention in plasma-facing walls of JA DEMO reactor
MF2-2-I5 20min	Chaofeng Sang(Dalian University of Technology) Simulation of first wall erosion and high-Z impurity transport in EAST tokamak Boundary
MF2-2-O1 15min	Alexander Knieps(Forschungszentrum Juelich GmbH) Exploring improved PFC heat load distributions on Wendelstein 7-X using multi-objective optimization
MF2-2-O2 15min	Chase Hargrove(The Pennsylvania State University) The Synergistic Effects of Plasma and Heat Loads on Dispersion-Strengthened Tungsten in DIII-D

MF2-3-I1 20min	George Wilkie(Princeton Plasma Physics Laboratory) Neutral recycling studies with advanced tooling
MF2-3-I2 20min	Yulin Zhou(Southwestern Institute of Physics) Study of neutrals and impurity transport effects on divertor detachment
MF2-3-I3 20min	Santanu Banerjee(Princeton Plasma Physics Laboratory) Role of edge neutrals in the low-recycling regime in achieving steady state flat temperature profiles and exciting tearing mode activity in LTX-β
MF2-3-I4 20min	Thomas Bosman(DIFFER) X-point radiator control and its dynamics in ASDEX Upgrade and JET deuterium–tritium discharges
MF2-3-O1 15min	Jingchun Li(Shenzhen University) Coupling of Geodesic Acoustic Modes and Resonant Magnetic Perturbations in Fusion Plasmas
MF2-3-O2 15min	Yiren Zhu(Southwestern Institute of Physics) Exploring the pathway to the Super H-mode on HL-3

MF2-4-I1 20min	Wei Xu(Institute of Energy, Hefei Comprehensive National Science Center) The effects of powder real-time injection for achieving long-pulse H-mode discharges in EAST
MF2-4-I2 20min	Dmitry Rudakov(University of California, San Diego) Quantification of runaway electron impact in the lower divertor of DIII-D tokamak using an instrumented sacrificial probe
MF2-4-I3 20min	Jinheng Zhao(Institute of Plasma Physics, Chinese Academy of Sciences) Interpretive modeling of Grassy ELM transport in the scrape-off layer and the influence on divertor tungsten erosion
MF2-4-I4 20min	Kyungtak Lim(Nanyang Technological University (NTU)) Effects of negative triangularity on SOL plasma turbulence
MF2-4-I5 20min	Jaehyun Lee(Korea Institute of Fusion Energy (KFE)) Characterization of Pedestal Turbulence and Its Role in ELM Dynamics in KSTAR Plasmas
MF2-4-O1 15min	Zikai Huang(Tsinghua University) Energy Transfer and Spectral Evolution Induced by Parametric Decay Instability During the Injection of Lower Hybrid Waves

MF2-10-I1 20min	Bob Kool(DIFFER) Alternative Divertor Configurations improve power exhaust control
MF2-10-I2 20min	Massimo Carpita(SPC - EPFL) Assessment of alternative divertor configurations in TCV via experiments and interpretative SOLPS-ITER modelling
MF2-10-I3 20min	Ryuya Ikezoe(Research Institute for Applied Mechanics, Kyushu University) A new approach to solve divertor heat and particle issues – RF plugging using a toroidally localized electrodes –
MF2-10-I4 20min	Dennis Boyle(Princeton Plasma Physics Laboratory) Key steps toward low-recycling, liquid lithium fusion devices in LTX-β
MF2-10-O1 20min	Fabio Federici(ORNL) Effect of inner leg configuration on detachment in MAST-U

MF2-5-I1 20min	Jekil Lee(Korea Institute of Fusion Energy) Title: Observation of symmetry-breaking by RMP-induced edge kink-like modes in KSTAR and their effects on density pump-out
MF2-5-I2 20min	Neng Zhang(Southwestern Institute of Physics) Linear and quasi-linear toroidal modeling of resonant magnetic perturbations during ELM mitigation in HL-3 tokamak
MF2-5-I3 20min	Jian Xu(Dalian University of Technology) Deep learning based plasma response models to 3D external magnetic field perturbations in EAST
MF2-5-I4 20min	Xinliang Xu(Southwest institutes of Physics) Advancing Pedestal Stability Prediction Through Integrated Equilibrium and ReSISTIVE MHD Modeling
MF2-5-I5 20min	Guoliang Xiao(southwestern institute of physics) Advancements in SMBI Technology for Fusion Reactor Fueling Framework: AI - Driven Innovations and Physical Insights
MF2-5-O1 15min	Shengbo Zhao(Institute of Plasma Physics, Chinese Academy of Sciences) Plasma Disruption Mitigation Features Using MGI and SPI on the EAST Device
MF2-5-O2 15min	Li Li(Chinese Academy of Sciences Institute of Plasma Physics) Effects on characteristics of plasma disruption mitigation using shattered pellet injection on EAST

MF2-7-I1 20min	Jeongwon Lee(Korea Institute of Fusion Energy) Poloidal field configuration effect to electron cyclotron wall cleaning in KSTAR
MF2-7-I2 20min	Karl Krieger(Max-Planck-Institute for Plasma Physics) Efficiency of glow discharge boronisation in ASDEX Upgrade and WEST
MF2-7-I3 20min	Florian Effenberg(Princeton Plasma Physics Laboratory) Real-time boron injection for plasma-facing component conditioning, tungsten source control, and implications for ITER
MF2-7-I4 20min	Shota Abe(Princeton Plasma Physics Laboratory) Deuterium retention and removal of boron powder to estimate tritium inventory in advanced fusion reactors

MF2-8-I1 20min	Leonid Zakharov(LiWFusion) From tokamaks to toga device with lithium plasma environment and eliminated PSI
MF2-8-I2 20min	Qinghu Yang(Huazhong University of Science and Technology) The construction and experiment results of high-field-side divertor target biasing system (HDTB) on J-TEXT
MF2-8-I3 20min	Choongki Sung(Korea Advanced Institute of Science and Technology) Development of a Scrape Off Layer Plasma Simulator using a magnetic mirror device in KAIST (KAIMIR)
MF2-8-I4 20min	Jonathan Menard(Princeton Plasma Physics Laboratory) Physics design of a Spherical Tokamak Advanced Reactor (STAR)
MF2-8-I5 20min	Nicola Lonigro(United Kingdom Atomic Energy Authority) Improving exhaust performance with total flux expansion and the strongly baffled X-point target divertor on MAST-U
MF2-8-I6 20min	Andres Cathey(Max Planck IPP Garching) Fully integrated 3D nonlinear time-dependent modelling of pedestal and scrape-off layer in the JOREK code

MF2-9-I1 20min	Yoshihiko Nagashima(RIAM, Kyushu University) Development of a Limiter-like Langmuir Probe System for the QUEST All-Metal Device
MF2-9-I2 20min	Seungmin Bong(KAIST) Newly designed Langmuir probe system at the tungsten lower divertors in KSTAR
MF2-9-O1 15min	Chen Zhang(Dalian University of Technology) Simulation and experimental study of separatrix reconstruction by visible light in EAST
MF2-9-O2 15min	Zhan-Hong Lin(Dalian University of Technology, China & Institute of Plasma Physics, Chinese Academy of Sciences) Synthetic diagnostic of INPA passive signal in EAST
MF2-9-O3 15min	Johan Buermans(LPP-ERM/KMS) Cross-diagnostic calibration of the density measurements in TOMAS