Field

Name

Affiliation

Talk title

CD/1

Li-Feng Wang

IAPCM

Progress on weakly nonlinear hydrodynamic instabilities in spherical geometry

CD/2

Ting Long

SWIP

Studies of Reynolds Stress and the Turbulent Generation of Edge Poloidal Flows on the HL-2A Tokamak

CD/3

Peng Shi

HUST

Experimental Investigations of MARFE and Density Limit on J-TEXT Ohmic Plasma

CD/4

Kohei Inayoshi

Peking University

Rapid black hole formation and growth

CD/5

Zhibin Guo

Peking University

How Phase Patterning Drives and Saturates Zonal FLow

CD/6

Lu Wang

HUST

Intrinsic current driven by electromagnetic electron temperature gradient turbulence in tokamak plasmas

CD/7

Maxime Lesur

Lorraine University

Description of turbulent transport in the velocity space

CD/8

Julian Mark

University of Oxford

Role of energetically constrained turbulent transport coefficients in ocean climatology

CD/9

Srimanta Maity

IPR

Equilibrium structure formation and dynamical response of strongly coupled dusty plasmas: A Molecular Dynamics study

CD/10

Kiori Obuse

Okayama University

Zonal flow formation in two-dimensional Rossby wave turbulence on a rotating sphere

CD/11

Michikazu Kobayashi

Kyoto University

Theoretical study of quantized vortices and quantum turbulence

CD/12

Shigeru Inagaki

Kyushu University

Flows, Waves and Turbulence in Laboratory Plasma

CD/13

Naoto Yokoyama

Osaka University

Energy fluxes in anisotropic turbulence

CD/14

Kenichiro Terasaka

Kyushu University

Inhomogeneous neutral gas flow field structure in a partially ionized ECR plasma

CD/15

Takeshi Ido

NIFS

Nonlinear wave-particle interaction in magnetized high temperature plasmas confined in Large Helical Device

CD/16

Yusuke Kosuga

Kyushu University

Interplay among 3D flows in turbulent plasmas

CD/17

Yuejiang Shi

Seoul National University

New experimental findings of non-local transport in J-TEXT and KSTAR

CD/18

Patrick Diamond

UCSD

Spontaneous Transport Barriers Quench Turbulent Resistivity in 2D MHD

CD/19

George Tynan

UCSD

Generation of intrinsic parallel flows from drift turbulence with broken symmetry

CD/20

Linda Sugiyama

MIT

Steady States for Solar Coronal Loops

CD/21

Weixin Guo

HUST

Scale selection and feedback loops for patterns in drift wave-zonal flow turbulence

F/1

Tao Wang

Zhejiang University

Hybrid simulations of shear Alfven fluctuations in burning fusion plasmas

F/2

Jianxing Li

Xi’an Jiaotong University

Determination of the Carrier-envelop phase of PW laser pulses and generation of spin-polarization relativistic electron beams via a single-shot ultra-intense laser pulse

F/3

Tomoo Yokoyama

Kyoto University

Topological fluid data analysis: COT representations of surface flows and their implementations

F/4

Rong Zou

Zhejiang Normal University

Three-dimensional azimuthal magnetorotational instability of a MHD flow

F/5

Naoki Sato

Kyoto University

Local Clebsch parametrization of Beltrami equilibria

F/6

Pavel Andreev

Lomonosov Moscow State University

Hydrodynamic representation of the many-particle spin-1/2 Pauli equation for quantum plasmas

F/7

Yasuhiko Igarashi

University of Tokyo

Sparse modeling for a data-driven approach in Plasma Physics

F/8

Natalia Tronko

Max Planck für Plasmaphysik

Geometrically reduced kinetic simulations of fusion plasmas

F/9

Michael Wheatland

The University of Sydney

Magnetic helicity and open magnetic fields

F/10

Dhairya Malhotra

New York University

A boundary integral equation solver for computing Taylor states in toroidal geometries

F/11

Zhisong Qu

ANU

Stepped pressure equilibrium with flow

F/12

Zhe Gao

Tsinghua University

Theory of Quasi-mode Parametric Decay in Plasmas

F/13

Yao Zhou

PPPL

Variational integration for ideal MHD and formation of current singularities

F/14

Antoine Cerfon

New York University

Integral equation methods for magnetic confinement fusion

F/15

Masaru Furukawa

Tottori University

MHD equilibria via simulated annealing and their stability -- negative energy modes and additional constraints

B/1

Ke Yao

Fudan University

Resonant electron ion recombinations: reliable atomic data for high temperature plasmas

B/2

Amar Prasad Misra

Visva-Bharati University

Stimulated scattering  in relativistic plasmas

B/3

Nareshpal Singh Saini

Guru Nanak Dev University

Interaction of solitons and shocks in  dusty  plasmas

B/4

Modhuchandra Laishram

USTC

A dusty plasma model for characteristics of vortices in Jupiter’s atmosphere

B/5

Weili Fan

Hebei University

Self-organized pattern formation in dielectric barrier discharge and kinetic simulations

B/6

Tobias Dornheim

Helmholtz-Zentrum Dresden Rossendorf

Ab initio simulations of warm dense matter

B/7

Pallavi Trivedi

IPR

Kinetic Eulerian Simulation of Electrostatic Phase Space Vortices (PSVs) In A Driven-Dissipative Vlasov-Poisson System

B/8

Zhihong Lin

UC Irbine

Verification and Validation of Integrated Simulation of Energetic Particles in Toroidal Plasmas

B/9

Shunjiro Shinohara

Tokyo University of Agriculture and Technology

Development of Electrodeless Thruster using High-Density Helicon Plasma Sources

B/10

Akira Kageyama

Kobe University

4-D Street View: Movie-based visualization method for HPC

B/11

Kazunori Takahashi

Tohoku University

Many aspects of plasma expansion physics in the magnetic nozzle and space applications

B/12

Taiichi Shikama

Kyoto University

Detection of anisotropy in the electron velocity distribution produced by electron cyclotron resonance heating using the polarization of helium atom emission lines

B/13

Hiroyuki Takahashi

Tohoku University

Application of an RF plasma source for divertor plasma study and its recent results

B/14

Ashild Fredriksen

The Arctic University of Norway

On the ion beams and energetic electrons through a current-free double layer (CFDL)

B/15

Masafumi Yoshida

Yamaguchi University

Property for production of the hydrogen negative ions by surface production process on the inner surface of the aperture

B/16

Yan Feng

Soochow University

Shear modulus of 2D dusty plasma solids

B/17

Shogo Isayama

National Central University

Underlying mechanisms in the dynamic profile formation of high-density helicon plasma

B/18

Khare Avinash

Central University of Sikkim

Phase transitions in gravitational dusty plasmas

B/19

Cheng-Ran Du

Donghua University

Study of wave spectra of square-lattice domains in a disordered q2D binary complex plasma

B/20

Hiroshi Tanabe

University of Tokyo

Full-2D imaging measurement of ion heating/transport process during high field merging experiment in TS-6

B/21

Yang Yang

Fudan University

High resolution x-ray spectroscopy of Tungsten and Molybdenum for fusion diagnostic

B/22

Jianyuan Xiao

USTC

Structure-preserving Geometric Particle-in-Cell Algorithms

B/23

Kenneth Gentle

Inst. Fusion Studies, Univ. Texas at Austin

The Nonlinearly Saturated State of Strong Interchange Turbulence

B/24

Weiwen Xiao

IFTS, ZJU, China

Experimental research on particle transport in Tokamak plasmas

B/25

Mohammed Koubiti

Aix-Marseille Université

Reviewing spectroscopic techniques used for divertor plasmas of magnetic fusion devices

B/26

Daniele Bonfiglio

CNR - Consorzio RFX

Nonlinear MHD modelling of helical self-organization in the RFP: effect of a realistic boundary and predictions for RFX-mod2

B/27

Jinbang Yuan

Southwestern Institute of Physics

Gas Puff Imaging Measurements During Resonant Magnetic Perturbations on HL-2A Tokamak

B/28

Richard Sydra

University of Alberta, Canada

Stimulated Excitation of Thermal Waves in Magnetized Plasmas and Use in Thermal Conductivity Measurement

B/29

Seong Ling Yap

University of Malaya, Malaysia

Optimization of deuteron beam yield in a low-energy dense plasma focus device

B/30

Rui Ke

Southwestern Institute of Physics

Observation of energetic particle transport via passive beam emission spectroscopy diagnostic system on HL-2A tokamak

B/31

Chunfeng Dong

Southwestern Institute of Physics

Estimation of tungsten influx rate and study of edge tungsten behavior based on the observation of EUV line emissions from W6+ ions in HL-2A

A/1

A/2

Wei-Hung Chiang

National Taiwan University of Science and Technology

Nanostructure Engineering using Microplasmas toward Functional Nanomterials Synthesis and Applications

A/3

Alejandro Alvarez Laguna

Ecole Polytechnque, Palaiseau

Hybrid modeling of the anomalous transport inside Hall thrusters

A/4

Deepak Subedi

Kathmandu University

Dielectric Barrier Discharge with transparent  electrodes

A/5

Shuqun Wu

Nanjing University of aeronautics and astronautics

High-electron-density microplasmas generated inside capillaries

A/6

Makoto Kambara

The University of Tokyo

High throughput production of silicon nanorod from powder feedstock by plasma flash evaporation

A/7

Shinya Kumagai

Meijo University

Plasma-on-Chip: A microdevice for irradiating single cells with non-thermal atmospheric pressure plasma

A/8

Hiroshi Akatsuka

Tokyo Institute of Technology

Optical emission spectroscopic (OES) analysis of electron temperature and density in atmospheric-pressure non-equilibrium argon plasmas

A/9

Wonho Choe

KAIST

Plasma-Functionalized Solution: A Potent Antimicrobial Agent for Biomedical and Plasma Farming Applications

A/10

Hirotaka Toyoda

Nagoya University

One-dimensionally long-scale atmospheric-pressure plasma for large-area surface treatment

A/11

Ryuta Ichiki

Oita University

Nitrogen doping technique with dielectric barrier discharge under high temperature

A/12

Kazunori Koga

Kyushu University and NINS

Impact of Atmospheric Pressure Plasma Irradiation to Seeds on Agricultural Productivity

A/13

Hiroshi Hashizume

Nagoya University

Improvement of growth and yield of rice plants with plasma treatment

A/14

Manabu Tanaka

Kyushu University

Generation of innovative thermal plasma with diode-rectification technique

A/15

Se Youn Moon

Chonbuk National University

Atmospheric pressure plasma surface modification: from surface treatment to thin film deposition

A/16

Raju Bhai Tyata

Tribhuvan University

Surface Modification of Polymers and Textiles by Atmospheric Pressure Argon Glow Discharge

A/17

Suresh Sharma

Delhi Technological University

Effect of Process Parameters on the Growth and Field Emission  Properties of Graphene -Carbon Nanotube Composite

A/18

Hai-Xin Wang

Beihang University

Chemical non-equilibrium simulation of arc attachment on anode of a high-intensity transferred arc

A/19

Cheng Zhang

Institute of Electrical Engineering, CAS

The discharge propagation and the evolution of electric field and surface charge in nanosecond-pulse surface dielectric barrier discharg

L/SP1

Stuart Mangles

Imperial College London

Laser wakefield accelerators as tools for studying extreme conditions

L/SP2

Chuan Sheng Liu

University of Maryland

Raman scattering: A summary of five decades of theory, experiment and simulations

L/SP3

Ryosuke Kodama

Osaka University

Exploration of high energy density science in various scales of structures with high power lasers

L/SP4

Ke Lan

IAPCM, Beijing

Progress in spherical hohlraum studies and experimental campaign on high energy laser facilities in China

L/SP5

Yasuaki Kishimoto

Kyoto University

Generation and application of self-organized high energy density plasma produced by the interaction between high intensity laser and structured medium

L/SP6

Dimitri Batani

Université Bordeaux

Progress in shock ignition

L/1

Liming Chen

Institute of Physics, CAS

Ultrahigh charge electron acceleration from solid target

L/2

Wenpeng Wang

Shanghai Institute of Optics and Fine Mechanics, CAS

Optical manipulation of particle beam by relativistic vortex cutter

L/3

Xiaohu Yang

National University of Defense Technology

Transport of ultra-intense laser-driven fast electrons in dense plasmas

L/4

Min Chen

Shanghai Jiao Tong University

Recent progresses on high quality and staged laser wakefield acceleration at SJTU

L/5

Qing Jia

USTC

Magnetized plasma based q-plate for generation of ultraintense optical vortices

L/6

Hong-bo Cai

IAPCM

Study of the kinetic effects in indirect-drive inertial confinement fusion hohlraums

L/7

Rui Yan

USTC

(To be determined )

L/8

Dong Yang

Research Center of Laser Fusion

(To be determined)

L/9

Wei Lu

Tsinghua University

(To be determined)

L/10

Guang-yue Hu

USTC

(To be determined)

L/11

Xian-tu He

Peking University

(To be determined)

L/12

Haifeng Liu

IAPCM

Equation of state in wide regime for Hydrogen: Construction and Validation

L/13

Wenchao Yan

ELI-Beamlines, IoP, ASCR

Inverse Compton X/γ Source Based on Laser Wake-Field Accelerator

L/14

Laurent Gremillet

CEA

High-energy photon and pair production in ultrarelativistic laser-plasma interactions

L/15

Frédéric Pérez

LULI

The electromagnetic PIC code Smilei: physics, performance and highlights

L/16

Guoqian Liao

Rutherford Appleton Laboratory

Intense tunable terahertz bursts from picosecond laser-foil interactions

L/17

Hamad Ahmed

Queen's University Belfast

Accelerator quality beams of high-energy protons guided by intense-laser driven helical coils

L/18

Bengt Eliasson

University of Strathclyde

Vlasov simulations of relativistic Raman and Compton instabilities

L/19

Dominik Kraus

Helmholtz-Zentrum Dresden-Rossendorf

Ionization dynamics in CH plasmas at Gbar pressures

L/20

Mrityunjay Kundu

Institute For Plasma Research

Short­ pulse laser cluster interaction: unification of resonances

L/21

Amit Dattatraya

Lad

Tata Institute of Fundamental Research

Two-Dimensional (2-D), Femtosecond Resolved High Resolution Doppler Spectrometry for Spatio-Temporal Mapping of Hot-Dense Intense Laser Produced Plasma

L/22

Amol Holkundkar

Birla Institute of Technology and Science

Higher harmonics and attosecond pulse generation by laser interaction with atomic clusters via Thomson scattering

L/23

Sudip Sengupta

Institute for Plasm Research

Spatio-temporal evolution of Buneman instability: A Particle-in-Cell simulation study

L/24

Takayoshi Sano

Osaka University

Laser-plasma interaction in overdense plasmas under strong magnetic fields

L/25

Akifumi Yogo

Osaka University

Developments of laser neutron source and diagnostics in Japan

L/26

Masakatsu Murakami

Osaka University

Relativistic proton emission from ultrahigh-energy-density nanosphere generated by micro-bubble implosion

L/27

Yoshitaka Mori

GPI

Present status of pellet injection system for repetitive inertial confinement fusion experiments

L/28

Hideo Nagatomo

Osaka University

An optimum design of a cone-inserted target implosion for reactor scale Fast Ignition

L/29

Keisuke Shigemori

Osaka University

The role of hot electrons on ultrahigh pressure generation relevant to shock ignition conditions

L/30

Yuji Fukuda

QST

Quasimonoenergetic proton bunch via interactions of micron-scale hydrogen cluster targets with PW-class laser pulses

L/31

Youichi Sakawa

Osaka University

Ion acceleration by high-intensity laser-driven collisionless electrostatic shock

L/32

Taichi Morita

Kyusyu University

Laser astrophysics experiments for studying collisionless shock and magnetic reconnection

L/33

Alexander Pirozhkov

QST

BISER at the keV spectral range

L/34

Leejin Bae

GIST

Investigation of relativistic electron transport in solid targets irradiated by ultrahigh intensity laser pulses

L/35

Ki Hong Pae

GIST

Generation of a high-density high-energy proton jet from the interaction of an ultra-intense laser pulse with a thin solid target

L/36

Kitae Lee

KAERI

Generation of quasi-monoenergetic ion spectra from layered targets irradiated by an ultraintense laser pulse

L/37

Domenico Doria

Extreme Light Infrastructure - Nuclear Physics, Romania

Extreme laser-matter interaction investigation at ELI - Nuclear Physics

L/38

Hui Chen

LLNL

Review of New Results on Laser-produced MeV Electron-Positron Pair Experiments

L/39

Paul Mabey

LULI

Towards higher resolution X-ray radiography using lithium fluoride detectors

L/40

Claire Michaut

Université de la Côte d’Azur

Numerical Simulations of High-Mach Number Astrophysical Radiative Flows with HADES

L/41

Feng Wang

Laser Fusion Research Center

Progress of ICF Diagnostic techniques and experimental results based on Shenguang laser facility in China

SG/1

Roberto Bruno

IFAF

Interplanetary plasma turbulence

SG/2

Tohru Hada

Kyushu University

Anomalous transport and acceleration of cosmic rays in the presence of MHD turbulence

SG/3

Yuto Katoh

Tohoku University

Simulation study of the whistler-mode chorus generation in the Earth's inner magnetosphere

SG/4

Zhigang Yuan

Wuhan Unveristy

Simultaneous trapping of EMIC and MS waves by background plasmas

SG/5

Xuzhi Zhou

Peking University

Nonlinear drift resonance between charged particles and ultra-low frequency waves

SG/6

Quanqi Shi

Shandong University

Magnetic cavities in space plasmas: from MHD to kinetic scale

SG/7

Jiansen He

Peking University

Spectra of Diffusion and Dissipation Measures in Space Plasma Kinetic Turbulence

SG/8

Seiji Zenitani

Kyoto University

Boris-type particle solvers in particle-in-cell (PIC) simulation

SG/9

Naritoshi Kitamura

The University of Tokyo

Direct measurements of two-way wave-particle energy transfer in a collisionless space plasma

SG/10

Shuichi Matsukiyo

Kyushu University

Kinetic radial structure of heliospheric boundary

SG/11

Tomo-Hiko Watanabe

Nagoya University

Spontaneous excitation of auroral structures and Alfvenic turbulence

SG/12

Binbin Ni

Wuhan University

Formation of Reversed Energy Spectrum of Radiation Belt Electrons Caused by plasmaspheric Hiss Scattering

SG/13

Zhaojin Rong

Institute of Geology and Geophysics, CAS

A new mechanism for the flapping motions of Earth’s magnetotail current sheet

SG/14

Kanako Seki

University of Tokyo

Roles of interaction between the ULF waves and energetic particles in acceleration of relativistic electrons in the Earth’s inner magnetosphere

SG/15

Bruce Tsurutani

California Institute of Technology

The Detection and Consequences of Coherent Electromagnetic Plasma Waves

SG/16

Meng Zhou

Nanchang University

MMS observations of electron diffusion regions in the Earth’s magnetosphere

SG/17

Shiyong Huang

Wuhan University

Observations of Flux Ropes Associated With Magnetic Reconnection in the Earth’s Magnetosphere

SG/18

Rongsheng Wang

USTC

Interaction of magnetic flux ropes: in situ evidence

SG/19

Fumiko Otsuka

NIT, Kurume College

Self-consistent simulation of field-aligned ion beams and upstream waves in quasi-parallel collisionless shock

SG/20

Xinliang Gao

USTC

Multiband chorus waves in Earth’s magnetosphere

SG/21

Lican Shan

Institute of Geology and Geophysics, CAS

Observation study of low frequency waves at Venus and Mars

SG/22

Zhongwei Yang

National Space Science Center,CAS

Analysis of energy spectra measured by New Horizons: PIC simulation results versus observations in the environment of Pluto

SG/23

Xin Tao

USTC

Nonlinear Dynamics of Electrons in Excitation of Whistler Waves with Adiabatic and Non-adiabatic Frequency Chirping

SG/24

Keizo Fujimoto

Beihan U

Large-scale modeling of magnetic reconnection by using an AMR code

SG/25

Vipin K Yadav

SPL/VSSC/ISRO

Plasma Waves in Comets

SA/1

Siyao Xu

University of Wisconsin-Madison

Turbulent dynamo in a weakly ionized medium

SA/2

Quanming Lu

USTC

Formation of power law spectra of energetic electrons during coalescence of magnetic islands

SA/3

Rui Liu

USTC

Buildup of Magnetic Flux Ropes toward Eruptions in the Solar Corona

SA/4

Lei Ni

Yunnan Observatories, CAS

Magnetic Reconnection in the partially ionized low solar atmosphere

SA/5

Takafumi Kaneko

Nagoya University

Evolution of dynamic internal structures of prominence in reconnection-condensation scenario

SA/6

Yanfei Jiang

UC, Santa Barbara

Radiation Magneto-hydrodynamic Simulations of Black Hole Accretion Disks

SA/7

Linghua Wang

Peking University

Solar Energetic Electron Events

SA/8

Lulu Zhao

Florida Institute of Technology

Modeling the precipitation and releasing pattern of solar energetic particles in the solar corona magnetic fields

SA/9

Feng Li

Purple Mountain Observatory

Understand solar eruptions with the Advanced Space-based Solar Observatory (ASO-S) mission

SA/10

Liang Xiang

Purple Mountain Observatory

Evolution of proton beams in the solar wind

SA/11

Ling Chen

Purple Mountain Observatory

The resonant and nonresonant instability of Kinetic Alfven Waves driven by fast electron beams in the beam-return current system

SA/12

Jie Jiang

Beihang University

Predictability of the solar cycle

SA/13

Yang Guo

Nanjing University

Solar Magnetic Flux Rope Eruption Simulated by a Data-driven Magnetohydrodynamic Model

SA/14

Dawei Yuan

National Astronomical Observatories, CAS

Experiment revealing the characteristics of Weibel instability with optical diagnostics

SA/15

Fabio Sattin

Consorzio RFX

Relevant heating of the solar corona by quenching Alfvén waves : a result of adiabaticity breakdown

SA/16

Michel Koenig

LULI

Overview of Laboratory Astrophysics experiments at LULI

SA/17

Piyali Chatterjee

Indian Institute of Astrophysics

Understanding solar atmospheric dynamics through MHD simulations

SA/18

Vainhav Pant

CmPA, KU Leuven, Belgium

Forward modelling of waves in the solar coronal structures

SA/19

Jiro Shimoda

Tohoku University

Blamer lines as diagnostics of collisionless shocks: acceleration of non-thermal particles, the nature of shock precursor and ion-electron temperature ratio

SA/20

Kyungguk Min

Korea Astronomy and Space Science Institute

Potential Role of Mirror and Ion Bernstein Instabilities on scattering of Pickup Ions in the Outer Heliosheath

SA/21

Jungjoon Seough

Korea Astronomy and Space Science Institute

What regulates temperature anisotropy in the expanding solar wind?

SA/22

Kun-Han Lee

Academia Sinica

Voyager 1 observations of interstellar electron and magnetic turbulence spectra

SA/23

Minping Wan

Southern University of Science and Technology of China

Energy cascades and dissipation in kinetic plasma turbulence

SA/24

Muni Zhou

MIT

Magnetic island merger as a mechanism for inverse magnetic energy transfer

MF/1

Matthew Hole

ANU

The impact of anisotropy on ITER scenarios and ELMs

MF/2

Henri Weisen

EPFL and JET

Isotope dependence of energy, momentum and particle confinement in tokamaks

MF/3

Guoyao Zheng

SWIP

Integrated analysis of core and edge for HL-2M operation

MF/4

Zhanhui Wang

SWIP

Self-consistent multi-scale integrated modeling of ELM mitigation due to SMBI

MF/5

Guoliang Xiao

SWIP

The Mechanism of ELM Mitigation with Different External Source Input on HL-2A Tokamak

MF/6

Peiwan Shi

SWIP

Destabilization of beta induced and reversed shear Alfven eigenmode on HL-2A tokamak

MF/7

Linming Shao

ASIPP

Recent progress of L-H transition physics and H-mode power threshold studies in EAST

MF/8

Bo Lyu

ASIPP

Overview of experimental investigation of LHCD’s effect on plasma rotation on EAST

MF/9

Guosheng Xu

ASIPP

Advances in understanding high-performance small/no ELM H-mode regimes

MF/10

Qiping Yuan

ASIPP

Achievements of active feedback control of divertor heat load in EAST Plasma Control System

MF/11

Zhongshi Yang

ASIPP

Experiments and simulations for power exhaust by impurity seeding on EAST and future devices

MF/12

Liming Yu

SWIP

Observation of High-frequency Chirping Modes Driven by Energetic Ions on HL-2A

MF/13

Jun Cheng

SWIP

Experimental study of the interaction between oscillation flows and turbulence across a transition to H mode in edge plasma

MF/14

Wei Chen

SWIP

Nonlinear Dynamics of Alfvén Eigenmodes in HL-2A NBI Plasmas

MF/15

Guizhong Zuo

ASIPP

Improvement of plasma performance with flowing liquid lithium PFCs in EAST

MF/16

Tim Happel

MPI for Plasma Physics

Overview of ASDEX Upgrade I-mode results and extrapolation to future devices

MF/17

Mike Dunne

MPI for Plasma Physics

Pedestal physics for burning plasmas at AUG

MF/18

Jeronimo Garcia

IRFM, CEA

On the validity of scale invariance and power laws for describing and predicting confined plasmas

MF/19

Samuele Mazzi

Aix-Marseille University

Impact of fast ions on microturbulence and transport: expectations for JT-60SA and ITER

MF/20

Fabio Riva

UKAEA

Comparison of three-dimensional plasma edge turbulence simulations in realistic double null tokamak geometry with experimental observations

MF/21

Dmitry Borodin

EUROfusion JET

Plasma-surface interaction studies in preparation of JET-ILW TT and DT operation: insight and extrapolation to ITER by the ERO2.0 modelling

MF/22

Monica Spolaore

Consorzio RFX

Edge Localized Modes electromagnetic fine structure in the Scrape-Off Layer of tokamak discharges

MF/23

Mitsuru Kikuchi

Osaka University

Advances in physics basis of L-mode edge negative triangularity tokamak reacto

MF/24

Hao Wang

NFRI

Nonlinear simulation of energetic particle driven geodesic acoustic mode channeling in LHD

MF/25

Jinil Chung

NFRI

Experimental studies on advanced operation scenarios in KSTAR

MF/26

Julien Dominski

PPPL

Emerging Picture on the Pedestal Dynamics and Triggering Mechanism of ELMs

MF/27

Fatima Ebrahimi

PPPL

Plasmoid-mediated magnetic reconnection: From space to fusion plasmas

MF/28

Dan Thomas

General Atomics

Closure, Detachment, and Energy Dissipation Studies Using the DIII-D Small Angle Slot Divertor

MF/29

Andrea Garofalo

General Atomics

The high poloidal beta path towards steady state tokamak fusion

MF/30

Jo-Han Yu

UC-Davis

Revolution in Microwave Imaging of Magnetic Fusion Plasmas

MF/31

Zhen Sun

PPPL

Real-time impurity injection for ELM and H-mode pedestal control in EAST

MF/32

Max Austin

University of Texas

Confinement and stability in DIII-D negative triangularity discharges and relevance for reactor devices

MF/33

Francesca Poli

PPPL

Integrated modeling: successes, challenges and path forward to ensure the success of ITER

MF/34

Devon Battaglia

PPPL

Enhanced Pedestal H-mode Regime on NSTX

MF/35

Cameron Samuell

LLNL

Velocity Imaging for Understanding Particle Transport in the Boundary of Magnetically Confined Plasmas

MF/36

Zheng Yan

University of Wisconsin

Role of turbulence and shear flow dynamics in the L-H transition and power threshold scaling

MF/37

Arash Ashourvan

PPPL

Formation of a Staircase Pedestal in High Confinement DIII-D Plasmas with RMP Suppressed Edge-Localized-Modes

MF/38

Ivan Novikau

MPI for Plasma Physics

Nonlinear dynamics of energetic-particle driven geodesic acoustic modes in ASDEX Upgrade

MF/39

Di Hu

Beihang University

Simulation and analysis of MHD response and radiation asymmetry after Shattered Pellet Injection in ITER plasmas

MF/40

Lei Qi

NFRI

Gyrokinetic Simulation Study of Zonal Flow Staircases in a KSTAR L-mode Plasma

MF/41

Juhyung Kim

NFRI

Effects of resonant magnetic perturbations on nonlinear resistive reduced MHD simulations

MF/42

Jerome Bucalossi

CEA

First experiments in WEST with tungsten plasma facing components

MF/43

Kenji Imadera

Kyoto University

Effect of kinetic electron dynamics on ITB formation in flux-driven ITG/TEM turbulence

MF/44

Erik Gilson

PPPL

Initial Experimental Results on Boron and Boron Nitride Powder Injection Into KSTAR Discharges

MF/45

Nami Li

Dalian Institute of Technology

Simulations of radial electric field and divertor heat flux width using the BOUT++ transport code with drifts