For this 6th edition of the conference, 20 speakers have been invited by the scientific committee to present on recent advancements in the field of diagnostics across the conference's four sections. The scientific committee has also selected 28 contributions for oral presentations.
The program includes:
- 1 diagnostic prize winner talk of 30 minutes (including discussion).
- 4 plenary lectures, each lasting 45 minutes (including discussion), covering the four topics of the conference.
- 16 invited talks of 30 minutes each (including discussion), divided as follows:
- 28 oral talks of 20 minutes each (including discussion), divided as follows:
- 13 in Magnetic Confinement Fusion
- 7 in Beam Plasmas and Inertial Fusion
- 5 in Low Temperature and Dusty Plasmas
- 2 in Basic Space and Astrophysical Plasma
Prize winner talk
To be selected.
Pleanary lectures
 |
Carlo Sozzi Diagnostics for large tokamaks: from JET to JT-60SA [abstract] |
 |
Maria Gatu Johnson Development of an inertial confinement fusion platform to study nuclear reactions relevant to nuclear astrophysics [abstract] |
 |
Alexandros Gerakis Luxembourg Institute of Science and Technology, Luxembourg Low temperature and Dusty Plasmas Non-resonant four wave mixing techniques for the thermodynamic characterization of neutrals, ions, electrons and nanoparticles in a gas discharge [abstract] |
 |
Tim Kallman NASA Goddard Space Flight Center, Greenbelt, USA Basic Space and Astrophysical Plasmas The XRISM mission and lessons for plasma physics [abstract] |
Invited speakers - Magnetic confinement fusion
 |
Ivana Abramovic Advancing Synthetic Diagnostics for Plasma Control and Pulse Planning in SPARC [abstract] |
 |
Jiří Adámek Advances in Plasma Diagnostics: 20 Years of the Ball-Pen Probe in Fusion and Non-Fusion Research [abstract] |
 |
Andrea Dal Molin Measurement of the Gamma-Ray-to-Neutron Branching Ratio for the Deuterium-Tritium Reaction in Magnetic Confinement Fusion Plasma [abstract] |
 |
Azarakhsh Jalalvand Leveraging AI for Resilient Fusion Plasma monitoring and Control: Mitigating Failures and Enhancing Diagnostic [abstract] |
 |
Martin Kočan Progress on ITER diagnostic [abstract] |
|
|
Victor Malka Femtosecond relativistic electron microscopy of laser-plasma wakefield [abstract] |
 |
Chu Zhou University of Science and Technology of China Magnetic confinement fusion Multi-scale turbulence measurement by integrated backscattering, forward scattering and cross-polarization scattering of Doppler reflectometer [abstract] |
Invited speakers - Beam Plasmas and Inertial Fusion
 |
Matthias Geissel Sandia National Laboratories, USA Beam Plasmas and Inertial Fusion Using High-Performance Cameras for Advanced Plasma Diagnostics [abstract] |
 |
Emma Hume |
 |
Dominik Kraus University of Rostock, Germany Beam Plasmas and Inertial Fusion X-ray diagnostics of dense plasmas relevant to stellar interiors and inertial fusion energy [abstract] |
Invited speakers - Low Temperature and Dusty Plasmas
 |
Hiroshi Akatsuka Laboratory for Zero-Carbon Energy, Institute of Science Tokyo, Japan Low temperature and Dusty Plasmas Optical Emission Spectroscopic Measurement of Atmospheric-Pressure Plasma by Continuum and Line Emissions with Collisional Radiative Model [abstract] |
 |
Hans Hoeft Leibniz Institute for Plasma Science and Technology, Germany Low temperature and Dusty Plasmas Synchronised fast optical and electrical diagnostics for pulsed-driven atmospheric pressure discharges [abstract] |
 |
Svetlana Starikovskaia Laboratoire de Physique des Plasmas, Ecole Polytechnique, France Low temperature and Dusty Plasmas “Gradient” discharge for plasma-assisted detonation: controlled production of gradient of radicals [abstract] |
 |
Erik Wagenaars University of York, United Kingdom Low temperature and Dusty Plasmas Measuring atomic radicals in atmospheric-pressure plasmas [abstract] |
Invited speakers - Basic Space and Astrophysical Plasmas
 |
Laura Hayes Dublin Institute for Advanced Studies, Dublin, Ireland Basic Space and Astrophysical Plasmas The Flaring Sun: X-ray Diagnostics of Solar Flares with Solar Orbiter [abstract] |
 |
Daniel Verscharen Mullard Space Science Laboratory, University College of London, United Kingdown Basic Space and Astrophysical Plasmas In-situ measurements of space plasma: recent progress and future challenges [abstract] |
Oral talks
Magnetic confinement fusion
- Andrei Goussarov - Long term operation of the Fibre Optics Current Sensor at JET
- Hao Wu - Bayesian integrated estimation of tungsten impurity concentration distributions at WEST using soft X-ray and bolometer diagnostics
- Beatrice Tosto - Fast evaluation of the Fast-Ion Dα spectroscopy measurements at the ASDEX Upgrade tokamak
- Longyong LIAO - A scintillating-fiber detector for the deuterium-deuterium fusion-born triton confinement study in EAST tokamak
- Lidiia Lobanova - Plasma-chemical mechanism of surface destruction of the diagnostic system components inside east vacuum vessel
- Yunxin Cheng - First observation of line emissions from W46+ ions at 7-8 Å by Extreme Ultraviolet Spectrometers in Experimental Advanced Superconducting Tokamak with full tungsten divertor
- Pavel Turjanica - Innovative Magnetic Field Sensors for Fusion Reactors: Harnessing the Thick Printed Copper Technology
- Maylis Carrard - Real-time reflectometry for control experiment in tokamak plasma
- To be replaced soon
- Yang Liu - The influence of magnetic field and plasma on the diagnosis of wall material by LIAS in HIT-PSI device
- Fabio Federici - Improved performance of IRVB foils to image low- to moderate-temperature plasma radiation
- Petra Bilkova - Diagnostics for COMPASS Upgrade tokamak
- Koyo Munechika - Synthetic framework for ITER bolometer performance assessment
Beam Plasmas and Inertial Fusion
- Feng Wang - High spatiotemporal resolution two-dimensional shock wave diagnosis technology based on compressive sensing and neural network technology
- Ioannis Tazes - Experimental observation of Magnetic Vortex Accelerated ions by femtosecond laser interaction with optically shaped gaseous targets in the near critical density plasma regime
- Alejandro Laso Garcia - Solid Density Plasmas Diagnotics at the HED-HiBEF Instrument at EuXFEL
- Jinshui Xiao - First Experimental Results of Multi-physics Parameter Diagnosis in a MA-class Dense Plasma Focus
- Ryuya Yamada - Thermal neutron imaging for laser-driven neutron sources
- Yasunobu Arikawa - Pico second time resolution neutron detector for burning plasma measurement on inertial confinement fusion
- Xu Zhao - Angular-resolved scattered light diagnostics for laser-plasma instability studies in inertial confinement fusion
Low temperature and dusty plasmas
- Jiří Fujera - Advanced analysis of overlapping molecular spectra to determine vibrational distributions of excited electronic states of N2, N2+ and NO
- Riccardo Agnello - Insights from Beam Emission Spectroscopy in SPIDER in multi-beamlet configuration
- Stefan Irimiciuc - Selective acceleration and gas phase chemistry during expansion of laser-produced oxide and nitride plasma via angle- and time-resolved electrical diagnostics
- Jianyu Feng - Optical emission spectroscopy diagnostics of novel DCSBD linear jet plasma system
- Drew Elliott - Design and commissioning of the optical diagnostic suite for the Material Plasma Exposure eXperiment: optimization for steady-state operations and high heat flux
Basic Space and Astrophysical Plasmas
- Juan Zhao - Development of the 18MJ pulsed power system of SPERF
- Luciano Gottardi - Diagnostic of magnetically confined plasmas with superconducting transition edge sensors
