A gyrokinetic analysis of turbulent transport at the edge region of a spherical tokamak - Charlie Nicholls (University Of York)
Alya4fusion: A Computational Framework for Plasma Equilibrium and Electromagnetic Wave Simulations in Fusion Reactors - Hernán Domingo (Barcelona Supercomputer Center)
Analysis of plasma density and magnetic fluctuations over the MAST-U ETB evolution - Ciaran Jones
Anomalous Diffusion of Light Through Shock-driven Turbulence in High Energy Density Science Experiments - Stefano Merlini (Imperial College London)
Automated design via multi-dimensional radiation magnetohydrodynamics simulation - Aidan Crilly (Imperial College London)
Detachment conditions in vibrationally-resolved SOLPS-ITER simulations. - Joseph Bryant (University Of Liverpool)
Dynamics related to I-phase in the spherical tokamak ST40 - Alsu Sladkomedova (Tokamak Energy)
Formation of x-ray driven rotating plasmas on MAGPIE pulsed-power generator - Katherine Marrow
Gyrokinetic study of TAE damping channels and energetic particle drive in spherical Tokamaks MAST-U and STEP - Noah Chulu Chinn (Ukaea/university Of Warwick)
High-k Adjustable-radius Scattering Instrument and synthetic diagnostic development for MAST-U - David Speirs (University Of Strathclyde)
Kinetic modelling of heat-flow and transport in anisotropic plasmas using particle-in-cell codes - Adam Dearling
Laboratory Experiments of Alfvén Wave Interactions through the Transition from the MHD to the Kinetic Range - Samuel Greess (Queen Mary University Of London)
Numerical studies of the electro-thermal instability in MagLIF relevant conditions - Nikita Chaturvedi (Imperial College London)
Production of plasma activated water and effects on lettuce (Lactuca sativa) seed germination and seedling growth - Liutauras Marcinauskas (Lithuanian Energy Institute)
Proton beam divergence measurements from radiation pressure driven shock acceleration - Ginevra Casati (Imperial College London)
Simulating radiatively driven magnetized shock experiments using a variable Eddington factor radiation model - Ben Duhig (Imperial College London)
Simulations of asymmetric implosions in magnetised direct drive cylindrical targets on NIF and Omega - César Freitas (Imperial College London)
Space Charge Compensation in Negative Hydrogen Ion Beams: A Particle-In-Cell Study - Benzi John (STFC)
Structural & Electrical Enhancement of Radial Uniformity in Wide Aspect Ratio RF-CCP Processing Sources - Scott Doyle (University Of Aberdeen)
The influence of magnetic fields on the dynamics of substellar zonal flows and zonal band formation - Craig Stark
Posters
1D Simulation of a DBD Plasma Reactor: From Discharges to Reactor-Scale Kinetics - Hanen Oueslati
3D fluid turbulence simulations of DIII-D tokamak plasmas using Hermes-3 - Thomas Ashton-Key (Imperial College London)
A portable 250kA X-pinch for point source radiography, diffraction and absorption spectrometry - Simon Bland (Imperial College London)
Characterisation of plasma properties of radiatively ablated thin foils - Aurora Uras (Imperial College London)
Controlling efficiency of surface fluxes in inductively coupled oxygen-argon plasmas with pulsed power deposition. - Theo Carpenter
Evolution of magnetic pitch angle with external transport barrier formation - Juan Rajagopal
Flexible grids for complex tokamak topologies - Sebastian Ruiz Gonzalez (University of York - Fusion CDT)
Impact of Temperature Anisotropy on Longitudinal and Transverse Wave Dynamics in Unmagnetized Partially Degenerate Electron Plasmas - Hamza Anwar (University Of Okara, Punjab, Pakistan)
Information Geometry investigation of turbulence over the L-H transition on DIII-D - Shaivi Gupta
Investigating Electro-Thermal Instability Growth in MagLIF - Helene Biragnet
Nuclear Physics in Plasma Environments - Brian Appelbe (Imperial College London)
Optimised Laser Pulse Shapes for Improved Yield in Shock Augmented Direct-Drive Laser Inertial Fusion - Amy Thornton (Imperial College London)
Parametric wave scattering experiments in inductively driven plasma - Kevin Ronald (University Of Strathclyde)
Plasma Radiative properties experiments at AWE - Zachary Kenney
Radiation-hydrodynamic simulations of the Revolver ignition target - Ewan Ferdinandi
Simulating Nonlinear Phenomena of Ion Cyclotron Emission with Gaussian Process-based Active Learning - Ethan Attwood
Snapshot Hyperspectral Imaging of low-order chirped harmonics at GEMINI - Elliott Denis (University Of Oxford)
Strathclyde HPM (High Power Microwave) testing apparatus for dispersive CSRR metamaterial slow-wave structures - David Speirs (University Of Strathclyde)
Study of Spatio-Temporal Evolution and Relativistic Frequency Shifting of Twisted Laser in an Underdense Plasma - Subhajit Bhaskar (IIT Delhi Abu Dhabi, UAE)
The Influence of Electric Field on Power Flow Current Loss - Thomas Mundy (Imperial College London)
The optimization of low-voltage capillary Z-pinches for maximizing 46.9-nm Ar8+ laser energy - Sergei Kukhlevsky (University of Pecs)
Tokamak Magnetic Equilibrium Self-consistency Optimisation for Enabling Study of Resistive Wall Mode Stability Properties - Matthew Marshall (Hartree Centre)
Wave modes and gravitational instability in degenerate quantum plasmas including radiation pressure and viscoelastic effects - Ravinder Bhambhu (School Of Physical Sciences, Jawaharlal Nehru University, New Delhi)