1st Announcement on 7th Asia-Pacific Conference on Plasma Physics(AAPPS-DPP 2023) November 12-17, 2023
http://aappsdpp.org/DPP2023/index.html
Port Messe Nagoya, Japan
Organized by AAPPS-DPP
Issued on June 1, Rev2 June 12, 2023
The Division of Plasma Physics of the Association of Asia Pacific Physics Societies(AAPPS-DPP) has been successfully organizing annual conferences on plasma physics in the Asia
Pacific region for the past 6 years. The 1st Asia-Pacific Conference on Plasma Physics(AAPPS-DPP2017) was held during September 18-23, 2017 in Chengdu, China(http://aappsdpp.org/DPP2017rogramlatest/index.html)
followedby
AAPPS-DPP2018(http://aappsdpp.org/DPP2018/index.html) during November 12-17, 2018 in Kanazawa, Japan and
AAPPS-DPP2019 (http://aappsdpp.org/DPP2019/index.html) during November 4-8, 2019 in Hefei,
China.
The subsequent three conferences AAPPS-DPP2020 (http://aappsdpp.org/DPP2020/index.html),
AAPPS-DPP2021(http://aappsdpp.org/DPP2021/index.html)
and
AAPPS-DPP2022(http://aappsdpp.org/DPP2022/index.html) were held as online conferences using the Zoom
platform. We now plan to return to an in-person format this year to hold the 7th Asia-PacificConference on Plasma Physics (AAPPS-DPP2023) during Nov. 12-17, 2023 in Port Messe Nagoya,Japan.
[1] Scope of the AAPPS-DPP2023: AAPPS-DPP2023 is a plasma physics conference under theauthority of AAPPS-DPP for scientific discussions on plasma physics. This conference should bephysics oriented and provide interdisciplinary and in-depth discussions among and in various fieldsof plasma physics and application.
[2] Organization:
AAPPS-DPP (http://aappsdpp.org/AAPPSDPPF/) is organizing body of this conference. NIFS
(DG: Z. Yoshida, https://www.nifs.ac.jp/en/about/director.html) co-organize this conference and act
as LOC.

AAPPS-DPP chair&2023 IOC chair
Abhijit Sen

AAPPS-DPP CEO& 2023 General PC chair
Mitsuru Kikuchi

LOC chair
NIFS
Kenichi Nagaoka

Disclaimer
The attendance of AAPPS-DPP2023 conference is at own risk. While the organizers will make every effort toconduct this conference according to the announced schedule, unlikely, unforeseen circumstances may resultin change of the schedule or cancelation of the conference. These changes will be posted at the conference
website. No liability is assumed for inaccuracy, misdescription, delay, damage, and loss.

[3] Date: November 12(Sunday) -17(Friday), 2023
[4] Sponsors
AAPPS-DPP2023 is financially supported by:
1. International Center for Theoretical Physics (ICTP, https://www.ictp.it)
2. Asia Pacific Center for Theoretical Physics (APCTP, https://www.apctp.org/main/)
3. Larsen & Toubro Ltd (Sponsor for 2023 S. Chandrasekhar Prize) https://www.larsentoubro.com

4. INOX CVA(Sponsor for 2023 Plasma Innovation Prize) https://inoxcva.com
5. Nagoya convention & visitors bureau https://www.nagoya-info.jp/ncvb/
6. IFE Forum (Sponsor for 2023 U30 Award) https://www.ilt.or.jp/ife-forum/
7. YUKWAI (Partial sponsor for 2023 Young Researcher Award) https://yu-kwai.jp/
8. Hamamatsu photonics KK(Sponsor, program advertise) https://www.hamamatsu.com/jp/ja/
9. EX-Fusion(Exhibition, poster advertisement) https://www.ex-fusion.com/
10. Helical Fusion(Sponsor, poster advertisement) https://www.helicalfusion.com
11. Springer (Poster advertisement, Poster Prize gift books, exhibition), https://www.springer.com/jp
12. Future Energy Research Association(Sponsor) http://www.mirai-energy-association.com/mirai/mirai.html
13. ENN Science and Technology Development Co., Ltd.(Program advertisement)
14. Plasma Science Society of India (Chandrasekhar Medal) http://www.pssi.in/[5] Conference Venue:
Conference will be held in-person at Main Hall, Event Hall and Convention Hall in Port Messe
Nagoya in Japan (https://portmesse.com/en).

Main Hall,
Event Hall,
Convention Hall
5.1 Plenary Talks
All plenary talks will be given at the Conference Hall in Main Hall building.

5.2 Parallel Sessions, Poster/Exhibition Sessions
There will be 9 parallel sessions in Main Hall, Event Hall, and Convention Hall.
1) Parallel session rooms in Main Hall

Room 3,4 (108seats each), Room5(30seats)

Room6-1,6-2,7-1,7-2 (54seats each)2) Parallel session rooms in Convention Hall

3) Parallel session rooms in Event Hall

Room B1,2 B3,4

Room 1, Room 2 and Event Hall (Exhibition and Poster)

Poster and Exhibition session (Event Hall)

5.3 Room Arrangement
11.13 Monday

11.14 Tuesday

11.15 Wednesday

11.16 Thursday

11.17 Friday

Main Hall

Seats
300/500

11.12 Sunday

Plenary&MF1

Plenary&MF1

Plenary&MF1

Plenary&MF1

Plenary&MF1

Room1

60

Solar/Astro

Solar/Astro

Solar/Astro

Solar/Astro

Solar/Astro

Room2

30

Reserve

Reserve

Reserve

Reserve

Reserve

Room3

108

Laser/WIPP(EV)

Laser

Laser

Laser

Laser

Room4

108

AppliedAppliedAppliedAppliedApplied

Room5

30

Reserve

Reserve

Reserve

Reserve

Reserve

Room6-1

54

CD

CD

CD

CD

Room6-2

54

MF1(2)/A(2)MF1(2)/A(2)MF1(2)/A(2)MF1(2)/A(2)Room 7-1

54

SG

SG

SG

SG

SG

Room7-2

54

MF2(OS)

MF2(OS)

MF2(OS)

MF2(OS)

MF2(OS)

Room B1,2

60

Fundamental

Fundamental

Fundamental

Fundamental

Fundamental

Room B3,4

60

Basic

Basic

Basic

Basic

Basic

Event Hall

725m2

Poster&Exhibition

Poster&Exhibition

Poster&Exhibition

Poster&Exhibition

NIFS-WS[6] Basic Structure of Scientific Program:Conference will run from Sunday (12 Nov.) to Friday (17 Nov.). Sunday program is satellite
WS, LHD tour and reception. From Monday, morning sessions will be plenary sessions (no parallelsession) at the main conference hall. There will be 2023 S. Chandrasekhar Prize, Plasma Innovation
Prize, Young researcher award, U30 award selection before the conference. Afternoon session will
be dedicated for parallel sessions except Friday.
Conference covers following sub-disciplines of plasma physics.
CD. Cross-disciplinary, F. Fundamental plasma, B. Basic plasma, A. Applied plasma,
L. Laser plasma, SG. Space / Geomagnetism plasma, SA. Solar / Astro plasma,MF1. Magnetic Fusion plasma (Core&Edge), MF2. Organized session

1.

2.

3.

“Fundamental” covers 1. Mathematical plasma physics, 2. MHD and Reconnection, 3. Kinetic MHD, 4. Plasma
turbulence, 5. Gyro kinetic, 6. NC transport, 7. Turbulent transport, 8. Current Drive, 9. Relativistic plasma physics,
etc. Fundamental will have some focused sessions on EP physics in AAPPS-DPP 2018.
“Basic” covers 1. Plasma Simulation, 2. Strongly-coupled& Dusty& Quantum plasmas, 3. Atomic& Molecular inplasma for astro/solar/space, laser, low temp and fusion applications, 4. Plasma Diagnostics, 5. Non-neutral plasma,
7. Plasma propulsion, 8. Plasma source and plasma heating system, etc. Basic will have focused sessions on 1.
Massive computational plasma physics, 2. Strongly-coupled, and 3. Atomic& Molecular in plasma“Organized Session” is Session proposals adopted by MF2 PC.

[7] Registration Fee and Conference Dinner Fee
Registration fee should be paid on-line before the conference. Conference registration site is open
on June 1 at https://www.gakkai-web.net/p/aappsdpp_reg/new1.php
In case participant can’t come, paid fee will be reimbursed with some cost. At the conference site,
there will be minimum peoples in charge. We will not accept payment in cash and ask on-line
payment in case you have not paid on-line before so that you have to bring your valid credit card.
Member fee is applied to AAPPS-DPP members and participants join DPP (no membership fee).
Registration fee includes 1) Admission to all conference sessions and 2) Conference Materials.
Coffee break and welcome reception are free of charge.

Member/Join DPPMember(Retired)/Join DPPMember(Student)/Join DPP
Non-member

Before Sept. 30, 2023
60, 000 JPY(~450USD)
26, 000 JPY(~200USD)
20, 000 JPY(~150USD)
80, 000 JPY(~600USD)

After Sept. 30, 2023
70, 000 JPY (~500USD)
35, 000 JPY(~250USD)
26, 000 JPY(~200USD)
90, 000 JPY(~650USD)

7.1 On-site Registration
Conference bag including conference program, name tag, lunch ticket, dinner ticket, receipt, etc.
will be given at the on-site registration desk. From Monday(Nov.13) to Friday(Nov.17), on-siteregistration will be done at the service center A of 1st floor of Main Hall Building. On Sunday(Nov.12), registration desk at the service counter A is open during 13:00-15:00. Registration desk is
open during 17:30-20:00 also at reception at welcome reception.

7.2 Conference dinner
1) Date and Time: Thursday, November 16th, from 19:45 to 22:00
2) Location: Hilton Nagoya, Ohgi-no-ma(扇の間), 5th Floor
https://www.hilton.com/en/hotels/naghitw-hilton-nagoya/hotel-location/3) Conference dinner fee: 8,000 JPY for a participant and 16,000JPY for a participant with spouse
who paid during registration. Please bring banquet ticket in your conference bag to join the banquet.
4) Transportation: A chartered bus will be provided from Port Messe Nagoya to Hilton Nagoya,with a scheduled departure from the first floor of the Convention Hall at 18:30.

[8] VISA requirement
Participants who need VISA should contact DPP 2023 secretary(aappsdpp.2023@gmail.com).
Registration fee should be paid in advance before you apply VISA. Please visit
http://www.mofa.go.jp/j_info/visit/visa/ as well. Deadline for VISA registration is July 1. VISA
support after July 1 will end on 1 September.
1. Register yourself at Registration homepage(https://www.gakkai-web.net/p/aappsdpp_reg/new1.php)
2. Click Visa “Required” and select Country to apply Visa.

[9] How to Reach Port Messe Nagoya
If you arrive at Chubu Centrair International Airport, take Airport Express Train "μ-SKY" to
Nagoya Station. https://portmesse.com/en/access-en
If you arrive at other Airport in Japan and no good connection to Chubu Centrair International
Airport, take Shinkansen to Nagoya station.
Access to Port Messe Nagoya from Nagoya Station: Take Aonami Line to reach Kinjyo-Futo
Station. Port Messe Nagoya is 5 minutes by walk.

See also http://aappsdpp.org/DPP2023/html/1about/venue.html[10] Financial assistance : DPP will support limited number of presenters using the resource given
by APCTP, ICTP. Application is closed on May 31. http://aappsdpp.org/DPP2023/html/2join/financial.html
Notification of support will be made before June10. Reimbursement will be made directly by thefunding agency (APCTP, ICTP) for awarded participants after the conference and not on site.
[11] Contributed and Post-deadline
Abstract submission is extended to June 15 at https://www.gakkai-web.net/gakkai/aappsdpp/
Abstract submission after June 15 is regarded as Post-deadline. All accepted post deadline
submissions will be poster presentation. Submission site will be closed on August 10. We have“one-oral rule” so that plenary or invited or oral speakers can’t give another oral talk but can give
additional poster presentation either same or different contents. All poster presentations can becandidates of poster prize.
[12] Box Lunch: Box Lunch of 1,200JPY can be reserved for Nov. 13-17 through registration
homepage. Box Lunch (Yaohiko, 1,200JPY): contents changes every day (circulate 3 types).

[13] Welcome Reception (inc. Registration):
Date: Sunday, November 12th, 2023
Time (Welcome Reception): 18:00-20:00, Registration Desk open during 17:30-20:00
Venue: Asahi Super Dry Nagoya (Web page: https://asahisupernagoya.owst.jp/en/ )The restaurant "Asahi Super Dry Nagoya" is located on the B1F floor of the Nitta Building.
The registration desk will be opened at the entrance area of the restaurant. In the welcome reception,a standing buffet-style dinner and beverage service will be provided.
Food Menu
Juicy cold beef, Smoked salmon & tuna prosciutto carpaccio style, Assorted sandwiches, Shrimp with chili sauce, Sauteed pork
tongue with salt and green onion flavor, Fried chicken thigh, Assorted sausages, Combination Pizza, Assorted fruits※The menu is subject to change.

Access: 8 min. walk from Nagoya Station

[14] Hotel List near Nagoya station (within ~1km)
For reservation, please go directly to the hotel’s online reservation page or agent site. If you have
any trouble of reserving your hotel, please contact LOC.
Marriott Nagoya Associa
https://www.associa.com/nma/multi-lingual/?wovn=en
Nagoya JR Gate Tower hotel https://www.associa.com/ngh/multi-lingual/?wovn=en
The Strings hotel Nagoya
https://www.strings-hotel.jp/nagoya/en/
Hilton Nagoya
https://www.hilton.com/en/hotels/naghitw-hilton-nagoya/Meitetsu Grand hotel
https://www.meitetsu-gh.co.jp/en/
Campana Vessel hotel Nagoya https://www.vessel-hotel.jp/campana/nagoya/Comfort Hotel Nagoya Meiekiminami https://www.choicehotels.com/japan/nagoya-city/comfort-inn-hotels/jp103
Via Inn Nagoya Ekimae Tsubakicho https://www.viainn.com/en/nagoya-t/
Sotetsu Fresa Inn Nagoya-Shinkansenguchi https://sotetsu-hotels.com/en/fresa-inn/nagoya-shinkansenguchi/
Sancoinn Nagoya Shinkansenguchi https://www.sanco-inn.co.jp/nagoya/en/
Daiwa Roynet hotel
https://www.daiwaroynet.jp/en/nagoya-shinkansenguchi/
Mercure Nagoya Cypress
https://all.accor.com/hotel/5300/index.en.shtml
Just Inn Premium Nagoya station https://www.just-inn.jp/nagoyaeki/en/
Smile Hotel Nagoya Shinkansenguchi https://smile-hotels.com/hotels/show/nagoyashinkansenguchi[15] Plenary Speakers
Photo

Name
tbd
tbd

Affiliation

Talk Title
2023 S. Chandrasekhar Prize Lecture2023 Plasma Innovation Prize Lecture[Cross-Disciplinary]Nobu Yokoi

The University of Tokyo

Non-equilibrium Turbulence Effects on Plumes[Cross-Disciplinary]Shin-ichi Takehiro

Kyoto University

Band Structure Formation in Rotating Systems[Cross-Disciplinary]Yasmin Andrew

Imperial College
in London

Information Geometry Analysis of H-mode
transitions[Cross-Disciplinary]
Rahul Pandit

IIS, Bagalore

Elastic and Binary-fluid Turbulence: An overview[Fundamental plasma]
Philip Morrison

U. Texas at Austin

New results on metriplectic dynamics and geometry[Fundamental plasma]
Fatima Ebrahimi

PPPL

Magnetic reconnection: From compact fusion toplasma propulsion[Fundamental plasma]
Hideaki Miura

NIFS

Statistical and structural properties of Hall MHD
turbulence[Fundamental plasma]
Adelle Wright

PPPL

Innovations in high-fidelity magnetohydrodynamic
modelling for advanced stellarators[Basic plasma]
Lin I

National
Central University[Basic plasma]
Yuri Ralchenko

NIST

Multi-scale cooperative micro-motion, structural
rearrangement, and defect dynamics in cold dusty
plasma liquids
Collisional-radiative modeling for plasma
population kinetics and spectroscopy[Basic plasma]
Kohji Yoshikawa

University of Tsukuba[Basic plasma]
Avinash Khare

Sikkim University[Applied plasma]
Xiaolei Fan

University of Manchester

A reflection on rational design of catalysts for
non-thermal plasma (NTP) catalysis[Applied plasma]
Masaru Hori

Nagoya University

Booming Low-temperature Plasma Sciences for a
Creation of New Value[Applied plasma]
Yi Wu

Xi'an Jiaotong University

Electrical arc behavior, controlling and theirapplications in switchgear[Applied plasma]
Sudeep Bhattacharjee

IIT- Kanpur

Plasma potential fluctuations in cold micro-plasma
jets : interactive surface feedback effects onreactive species generation[Laser plasma]
Mike Campbell

University of Rochester

40 years of science on ICF: Conception to
Scientific Breakeven on the NIF

Vlasov simulation on 6-dimensional phase spacefor cosmological neutrinos and its application toastrophysical magnetized plasma
Dynamics of dusty plasma with variable charge:
Charge reduction, Coulomb screening; Coulomb
plasma[Laser plasma]
Yutong Li

Institute of Physics-CAS

Femtosecond time-resolved dynamics of fastelectrons in relativistic laser-foil interactions[Laser plasma]
Jerome Faure

Ecole PolytechniqueObservation of Carrier Envelope Phase effects in ahigh-repetition rate Laser Wakefield accelerator[Laser plasma]
Chang Hee Nam

IBS&GIST[Space/Geomag
plasma] Quanqi Shi

Shandong University

Nonlinear Compton scattering between alaser-accelerated GeV electron beam and a PW
laser pulse
The lunar tide observed in Earth’s magnetosphere[Space/Geomag
plasma] Shuichi
Matsukiyo

Kyushu University

Effects of heliospheric boundary in the behaviors ofgalactic and anomalous cosmic rays

[Space/Geomag
plasma] Satyavir Singh

IIG-Navi Mumba

Generation of Kinetic Alfven Waves in themagnetosphere[Space/Geomag
plasma] Iver Cairns

University of Sydney

A New Ion beam Instability and Radio Emission
Driven by Shocks[Solar/Astro plasma]
Shin Toriumi

ISAS

Understanding the universal heating mechanism of
solar and stellar atmospheres[Solar/Astro plasma]
Huirong Yan

Universität Potsdam

Compressible MHD Turbulence and Cosmic Ray
Transport[Solar/Astro plasma]
Dongsu Ryu

UNIST

Shock Waves in the Hot Plasma of Galaxy Clusters[Solar/Astro plasma]Feng Yuan

Shanghai
Astronomical
Observatory
ASIPP

Outflows from black hole accretion flows[Magnetic Fusion]
Akinobu Matsuyasma

QST

Mixed hydrogen-neon pellet injection in toroidal
plasmas – theory and observation[Magnetic Fusion]
Jeronimo Garcia

CEA

JT-60SA Status and advances towards the initial
operational phases[Magnetic Fusion]
Filippo Scotti

LLNL[MF Organized
Session]Alexander Knieps[MF Organized
Session]Gerardo Giruzz

Forschungszentrum Jülich
GmbH

Detachment and scrape-off layer radial transportcharacterization in Negative Triangularity
discharges in DIII-D
Stochastization effects in magnetized 3D plasmas

CEA, IRFM

Non-Maxwellian electron distribution functions inmagnetized fusion plasmas[MF Organized
Session]Troy Carter[MF Organized
Session]Dmitri Orlov

UCLA

Fusion Science and Technology Studies on the
Basic Plasma Science Facility

UCSD

Crossover of Space Exploration and Fusion
Research: Spacecraft Heat Shields and Meteoroids
in the DIII-D tokamak[Magnetic Fusion]
Bin ZhangLong-Pulse High Performance Plasmas towards
ITER and CFETR Steady-State Operation in EAST

[16] Invited Speakers
Cross Disciplinary:
1. Surabhi
Jaiswal
2. Taik Soo Hahm
3. Gyungjin Choi
4. Yi
Zhang
5. JohanAnderson
6. Wenjing
Tian
7. Cong
Meng
8. Di
Hu
9. Xiaobo
Li
10. Tong
Liu
11. Weixin
Guo
12. Choi
Minjun13. R. P.
Prajapati
14. Patrick
Diamond
15. Geert
Verdoolaege
16. Patrick
Fuller
17. Eun-jin
Kim
18. Bhooshan Paradkar
19. Zhangsheng Huang
20. Sarveshwar Sharma
21. LeiQi
22. Yohei
Masada
23. MinJiang
24. Satyananda Kar
25. Qinghao Yan
26. Shogo
Isayama
27. Ting
Long
28. Takumi Onchi

Eastern Michigan University
Seoul National University
Seoul National University
Southwestern Institute of Physics
Chalmers University of Technology
Tsinghua University
Southwestern Institute of Physics
Beihang University
Peking University
Dalian University of Technology
HUST
Korea Institute of Fusion Energy
Jawaharlal Nehru University
UC San Diego
Ghent University
University of Warwick
Coventry University
University of Mumbai
HUST
Institute for Plasma Research
Korea Institute of Fusion Energy
Fukuoka University
Southwestern Institute of Physics
Indian Institute of Technology
Southwestern Institute of Physics
Kyushu University
Southwestern Institute of Physics
Kyushu University

Investigation of auroral line in ambient air from O( 1 S) metastable oxygen
Zonal flow generation in the presence of fast ions
On time evolution of self-generated vortex flows in a tokamak magnetic -Bifurcation of coherent vortex flow in a magnetic island through -Statistical analysis of turbulent plasma dynamics
The Influence of Cross-Phase on Turbulent Transport of Toroidal -Vorticity wave interaction and exceptional points in shear flow instabilities
Drift surface solver for runaway electron current dominant equilibria
A Dynamical Critical Gradient Model of ITB Formation and Evolution
Enhancement of ECCD by current condensation effect for stabilizing -Effects of alpha particles on plasma confinement and the removal of –Characterization of fluctuation and transport in KSTAR edge plasmas –Cosmic ray-driven magnetohydrodynamic(MHD) waves and –Formation and Resiliency of Staircase Profiles-Passive and Active Scalar An intrinsically probabilistic approach to analyzing stochasticity and –Stochastic prey-predator theory of the L-H transition in fusion plasmas -Effects of Stochastic Noises on Limit-Cycle Oscillations and Power -Improved proton acceleration by suppression of laser transparency –The effects of 3D MPs and finite beta on CTEM and ITG instabilities -Flux and energy asymmetry in a low pressure capacitively coupled -Role of isotopes in microturbulence from linear to saturated Ohmic -Modeling Convection and Transport in the Sun
Interaction between magnetic island and turbulence and its impact in -Optimization of a cold atmospheric pressure plasma jet for antimicrobial Saturation mechanism for energetic particle induced zonal structure
Relativistic particle acceleration in two-dimensional Alfvén wave -Turbulence spreading and flow shearing dynamics in high density -Measuring permutation entropy and statistical complexity in plasma

Zhejiang University
Princeton Plasma Physics Lab
ASIPP
Ruhr-Universität Bochum
Zap Energy, Inc.
Kyoto University
University of Exeter
Korea Institute of Fusion Energy
The University of Tokyo
Tohoku University
Tohoku University
The University of Tokyo
Saint Michael’s College
Consorzio RFX
Princeton Plasma Physics Lab
University of Tokyo
Los Alamos National Laboratory
International Hellenic University
University of Pisa
University of Tokyo
Okayama University
University of Texas at Austin
Asia Pacific Center for Theoretical Physics
USTC
University of Lucknow
Yamagata university
University of Tokyo
QST
National Institute for Fusion Science
Australian National University
Osaka University
National Institute for Fusion Science
Fudan University
ASIPP
Università degli Studi di Milano-Bicocca
Institute for Plasma Research

On Nonlinear Scatterings between Drift Waves and Toroidal Alfvén -Formulation of a self-consistent reduced transport theory for -Drift-kinetic perturbed Lagrangian for low-frequency nonideal MHD -Heat flux regulation by kinetic instabilities
On the validity of quasilinear theory applied to the bump-on-tail instability
Linear response function of turbulence and its time scale
Shock identification and classification in MHD turbulence
Island-induced transport barrier due to turbulence-driven Vortex-Flow
On the Grad conjecture in anisotropic MHD
Hall magnetohydrodynamics in relativistically strong mean magnetic ﬁeld
Extended magnetohydrodynamic approach to plasma-vacuum interface
Clebsch representation and generalized enstrophy for relativistic plasma
Hamiltonian formulations of quasilinear theory for magnetized plasmas
Thresholdless stochastic particle heating by a single wave: -Intrinsic toroidal rotation in tokamaks from global total-f gyrokinetic -2D MHD simulation of intermittent merging operation of spherical -Mean field theory for intense light-matter interactions in high energy -Construction of chaotic and integrable equilibria for a hybrid Vlasov -Kinetic closure with a charged disk model
Merging of toroidal plasmas for high-power ion heating, plasma flow- -Formation of zonal flow and Rossby wave nonlinear interactions in -On a self-consistent Hamiltonian model of the ponderomotive force and -Relaxation process of fundamental magnetized plasma structures.
Structure Preserving Machine Learning for Plasmas
Turbulence and chaos in quantum plasma
Emission process of high rovibrational molecules from tungsten divertor -Asymmetric structure formation of guide field reconnection in merging -Multiple Blob Formation in Current Sheet of Merging Tokamak Plasmas
Gyrokinetic studies of electrostatic drift instability driven by fast ion -Lagrange Multiplier Formulation of Ideal Magnetohydrodynamics (IMHD)
Richtmyer-Meshkov Instability in Magnetized Plasmas
Pseudo-Maxwellian and Ring Velocity Distributions in Magnetic Rec.-Data-driven, multi-moment fluid modeling of Landau damping using -Impact of magnetic ﬁeld on the parallel resistivity
Use of Metriplectic Dynamics for Calculation of Equilibria
Force-free magnetic island coalescence instability and Shear flow effects

Fundamental:
1. LiuChen
2. Vinicius
Duarte3. Xingquan WU
4. Maria Elena Innocenti
5. Daniel
Crews
6. Takeshi
Matsumoto
7. BenSnow
8. Michael
Leconte9. NaokiSato
10. Yohei
Kawazura
11. Makoto Hirota
12. Keiichiro Nunotani
13. Alain
Brizard14. Fabio
Sattin15. Hongxuan Zhu
16. Tara
Ahmadi17. Joshua
Burby
18. Dimitrios Kaltsas
19. Francesco Pegoraro
20. Yasushi Ono
21. Kiori
Obuse
22. William Barham
23. Young Dae Yoon
24. JianLiu
25. PUNIT
KUMAR
26. SeikiSaito
27. Hiroshi
TanabeAkimitsu
28. Moe
29. Byungjun Kang
30. RobertDewar
31. Sano
Takayoshi
32. Shunsuke Usami
33. Haiyang Fu
34. Ding
Li
35. Camilla Bressan
36. Jagannath Mahapatra

Basic:1. Taisei
Motomura
AIST
2. Rozina
Chaudhary
Lahore College of Women University
3. Atsushi
Okamoto
Nagoya University
4. Hong Yu Chu
National Chung Cheng University
5. YanFeng
Soochow University
6. Aneeqa
Khan
The University of Manchester
7. Chengxun Yuan
Harbin Institute of Technology
8. Ya-feng
He
Hebei University
9. Haruhisa Nakano
National Institute for Fusion Science
10. NamiLi
Lawrence Livermore National Laboratory
11. Aohua
Mao
Harbin Institute of Technology
12. Subir
BiswasAIST
13. ReiKawashima Shibaura Institute of Technology
14. Maryna Bilokur
Australian National University
15. Akio
Sanpei
Kyoto Institute of Technology
16. Yuichi
Kawachi
Kyoto Institute of Technology
17. TIANCHAO XUPEKING UNIVERSITY
18. Qiuyue
Nie
Harbin Institute of Technology
19. Masaomi Tanaka
Tohoku University
20. Swarnima Singh
Institute for Plasma Research
21. Ankit
Dhaka
Institute for Plasma Research
22. Soumen De Karmakar Institute for Plasma Research
23. Koichi
Kan
Osaka University
24. Yong Un Nam
Korea Institute of Fusion Energy
25. ZHANG Ling
ASIPP
26. Suruj
KalitaInstitute for Plasma Research
27. Supratik Banerjee
IIT- Kanpur
28. Mikhail Shneider
Princeton University
29. Sedina
TsikataGeorgia Institute of Technology
30. Weixing Wang
Princeton Plasma Physics Laboratory
31. Jose Tito Mendonca
University of Lisbon
32. Mayur
KakatiCentre of Plasma Physics-IPR, Sonapur
33. Sanat
Tiwari
Indian Institute of Technology Jammu
34. Ramesh Narayanan
Indian Institute of Technology Delhi
35. YUTARO NAKAJIMA Kyoto Institute of Technology
36. Naomichi Ezumi
University of Tsukuba

Suppression of substrate temperature by balanced magnetron plasma -Signatures of quantum effects on the nonlinear Landau damping of -Volumetric recombination of high density plasma in converging field -A 10-cm long atmospheric pressure filamentary discharge produced in -Dynamical crossover from liquid to gas-like state in dusty plasmas
Development of Tungsten Diamond Composites for Nuclear Fusion -The nonlinear dynamic behaviors in an undriven direct current glow -Experimental observation of bi-dispersed microsphere separation in -Basic research on negative ion source for fusion using FA, RF and hybrid SOL Width Expansion driven by Fluctuation Energy Intensity Flux
Three-dimensional reconnection studies for SPERF-AREX experiments
Investigation of Ionization Instability in a Linear Plasma Device
Numerical Analysis of the Gradient Drift Instability and its Control in -High entropy alloys in advanced nuclear applications
Estimation of three-dimensional emissivity distribution with multi- -Observation of spatiotemporal dynamics of high-wavenumber turbulence Investigation of inward particle flux formation in the PKU Plasma -Introduction to SESRI-SPERF, Fundamental Design and Research
Heavy element atomic data for multi-messenger observations of neutron -Breaking the Hexagonal Lattice Barrier: Experimental Achievement of -Spontaneous Fluctuations of Densities in Strongly Coupled Complex -Dynamical Phase Transitions in Active Complex Plasma
Ultrafast observation of the Lorentz contraction around a relativistic -Interferometer Systems on KSTAR
Recent Progress on high-Z impurity diagnostics development and -3D Molecular Dynamics Simulation of Dust Charge Dynamics in -A new universal mechanism for the turbulent relaxation in incompressibleDynamic Plasma Contraction of the Weakly Ionized Non-Equilibrium -Insights into electron drift dynamics in low-temperature magnetized -On plasma self-driven current in the context of tokamak steady state -Photon Acceleration Revisited
Studies on the retarded recrystallization of tungsten in the CPP-IPR -Kinetic modelling of Rayleigh-Taylor instability and turbulent mixing -The effect of magnetic field configurations in ion beam generation using -Macroscopic deformation via gyro-motion in electrically non-neutral -Development of High Density and Large Diameter Plasma Sources in --Applied:1. Anne Mai-Prochnow
2. Suresh C. Sharma
3. Tomohiro Nozaki
4. Kazunori Takahashi
5. Ruoyu
Han
6. Yangyang Fu
7. Weizong
Wang
8. Yu
Zheng
9. Wenjun
Ning
10. HaoZhang
11. Shinji
KAMBARA12. YanMi
13. HaoZhang
14. Wenfu
Wei
15. Xiaoxing Zhang
16. Mohammad I Hasan
17. Zhengshi Chang
18. LiGuo
19.YuanGao
20. De-Zheng Yang
21. Kotaro
Yamasaki
22. Linlin
Zhong
23. Yasunori Tanaka
24. He-Ping Li
25. Su-Rong Sun
26. LiLin
27. Magdaleno Jr Vasquez
28. RamPrakash
29. Zheng
Zhao
30. Toshiro Kaneko
31. Qiang
Chen
32. Shaojun Xu
33. BoyaZhang
34. Deepak Prasad Subedi
35. Takayuki Watanabe
36. Yifei
Wu
37. Naho
Itagaki

University of Sydney
Delhi Technological University
Tokyo Institute of Technology
Tohoku University
Beijing Institute of Technology
Tsinghua University
Beihang University
Wuhan University
Sichuan University
Xi’an Jiaotong University
Gifu University
Chongqing University
Zhejiang University
Southwest Jiaotong University
Hubei University of Technology
University of Liverpool
Xi'an Jiaotong University
Xi’an Jiaotong University
Institute of Electrical Engineering, CAS
Dalian University of Technology
Hiroshima University
Southeast University
Kanazawa University
Tsinghua University
Beihang University
George Washington University
University of the Philippines Diliman
IIT - Jodhpur
Xi'an Jiaotong University
Tohoku University
Xiamen University
Hefei University of Technology
Xi'an Jiaotong University
Kathmandu University
Kyushu University
Xi'an Jiaotong University
Kyushu University

The importance of cold plasma-generated short-lived reactive species, -The influence of plasma parameters on device characteristics of -Elucidating plasma-surface interaction mechanism for CO2 conversion-Magnetic nozzle rf plasma thruster: performance improvement -Single-step synthesis of advanced nanomaterials with adjustable -Microplasma interacting with complex surfaces
Particle modelling of a miniature neutralizer-free radio-frequency -Insulation characteristics of eco-friendly insulating gas with potential-Atmospheric pressure plasma jet for surface treatment: a simulation -Tumor exosome-based cancer therapy driven by cold atmospheric plasma
Plasma membrane reactor for pure hydrogen production from ammonia
Preparation of BN/EP Composites with High Breakdown Strength -Gliding arc plasma-assisted CO2 conversion: Unlocking the efficiency
Improving the carbon-matrix composites performance by self-assembly -Study on the effect of active gases on the degradation of SF6 by dielectric Transport Processes in Plasma Activated Droplets
Characteristics, parameters and application of typical non - thermal plasma
Efficient inactivation of the contaminated microorganisms by -Investigation of synergic response on low temperature plasma catalytic -The degradation of high salt organic wastewater by the synergy -Development of large channel diameter plasma window using indirectly -Application prospect of AI-driven differentiable plasma modeling
Spatio-Temporal Control of Thermofluid Field by Tandem Modulated -Applications of the “Energy Tree” Concept in Active Control of -Investigation of aerothermodynamic characteristics based on --Multi-scale mapping between the control parameter space and a cold -Deposition of transparent conducting oxide thin films using pressed -Non-equilibrium cold plasma technologies for health and agricultural -Streamer discharge instabilities under repetitive nanosecond pulses
Gas-liquid interfacial plasmas: Controlled generation of reactive species -Synthesis of metal nanoparticles from DC discharge plasmas insider a -Non thermal plasma with metal-organic frameworks (MOFs) for -Electron Swarm Parameters and Electron–Neutral Collision Cross- --Germination Enhancement of Mustard Seeds Through Dielectric Barrier Innovative Thermal Plasma Processing for Nanomaterials Synthesis
Vacuum arc erosion behavior in hybrid DC interruption
Fabrication of ZnO based transparent conducting oxides by sputtering --38. K.
Jayasankar
39. Xuekai
Pei
40. Shinichi Tashiro
41. Anbang Sun
42. Pankaj
Attri
43. Zhaolu
Cui
44. Qianhong Zhou
45. Quan-Zhi Zhang
46. KaiZhao
47. Shinya
Kumagai
48. Xiaolong Huang
49. Thi-Thuy-Nga Nguyen
50. Zhenbing Luo
51. Yang
Cao
52. Kunihiro Kamataki
53. Takamasa Okumura
54. Qing
Yang
55. Y. Subramaniam
56. Jungmi
Hong
57. Hom
Baniya58. Rajdeep Singh Rawat
59. Uros
Cvelbar
60. Yeqiang Deng

CSIR
Large scale synthesis of zirconium carbide (ZrC) from zircon (ZrSiO4) -Wuhan University
Warm air plasma jet for nitrogen fixation coupled with heterogeneous -Osaka University
Elucidation of arc coupling mechanism in plasma-MIG hybrid welding -Xi'an Jiaotong University
Advanced plasma model development and applications on streamer -Kyushu University
Catalase enzyme inhibition's effects on plasma medicine
South China University of Technology
Water-Promoted CO2 Hydrogenation to Ethanol over Cu2O Catalyst -IAPCM
Theoretical study on the ion acceleration mechanism in vacuum arc
Dalian University of technolgoy
Simulations of magnetized rf discharge based on 1D/2D PIC models
Dalian University of technolgoy
Effects of low-frequency voltage on nonlinear standing wave excitation -Meijo University
Non-Thermal Atmospheric Pressure Plasma for Controlling Cell Fate
Sichuan University
Anode Jet in High Current Vacuum Arc
Nagoya University
Wet-like plasma for the next generation of atomic layer etching
National University of Defense Technology Experimental Study on Hypersonic Flow control by using Plasma -Technion - Israel Institute of Technology
Ionization-assisted self-compression of an ultra-intense, ultra-short -Kyushu University
Development of Predictions of Optimal Plasma Processing Experimental Kyushu University
Molecular transport analysis in irradiation of non-thermal equilibrium -Chongqing University
Discharge mechanism and mathematical physical model of AC air arc -Pondicherry University
Submerged Thermal Plasma for Effective Degradation of Antibiotic -The University of Sydney
Green chemical pathway of N2 fixation: Perspectives from plasma -Tribhuvan University
Generation and Characterization of Cold Atmospheric Pressure Plasma -Nanyang Technological University
Low temperature plasma based anti-fogging and anti-fingerprinting -Jozef Stefan Institute
Design of advanced nanoplasmonic sensors
Wuhan University
Characteristics of corona discharge on blade tip and its impact on streamer

Laser:
1. DN GUPTA
2. YinShi
3. HuiZhang
4. Weimin
Wang
5. DongWu
6. Kaoru
Sugimoto
7. YukiAbe
8. Kentaro
Tomita
9. WoosukBang
10. Vishwa Bandhu Pathak
11. Jiahao
Wang
12. ZechenLan
13. Minseok KIM
14. Yongli
Ping
15. Vikrant
Saxena
16. Kohei
YAMANOI
17. Qing
Jia
18. Zhi-Meng Zhang
19. Aurelien Houard
20. WeiQi
21. Raoul
Trines
22. KeJiang
23. Ha-Na
Kim
24. Kyungnam Kim
25. TaoTao
26. Youichi Sakawa
27. Ming
Zeng
28. CedricThaury29. Kazumasa Takahashi
Tanaka30. Shuta
31. Shinsuke Fujioka
32. Shunsuke Yamada
33. Yasuhiro Miyasaka
34. Taiwu
Huang
35. Nobuhiko Nakanii
36. Masayasu Hata

University of Delhi
Controlled and Optimized Electron Bunch Generation from Laser Wake-USTC
Efficient generation of axial magnetic field by multiple laser beams with SIOM
SULF laser-driven proton acceleration
Renmin University of China
Polarized positrons generation and QED-induced laser opacity in -Shanghai Jiao Tong University
The role of quantum degeneracy in double-cone-ignition inertial -Osaka University
Numerical modeling of GeV positron generation in relativistic -Osaka University
A multi-channel scintillation counter for GeV-scale multi-species ion -Hokkaido University
Measurements of electron density, electron temperature, and velocity -GIST
Laser fusion study at GIST
Vellore Institute of Science and Technology All-optical control on acceleration length to optimize laser wakefield -Hiroshima University
Development of laser-produced Au plasma for water window x-ray -Osaka University
Neutron resonance spectroscopy using a single pulse of laser-driven -Pohang Accelerator Laboratory (PAL)
Laser-plasma accelerator research at PAL
Beijing Normal University
Turbulent magnetic reconnection generated by intense lasers and -Indian Institute of Technology Delhi
Proton/Ion acceleration using laser irradiation of micro-structured targets
Osaka University
Fabrication of cupper containing deuterated material target for laser -USTC
Plasma-based generation and application of intense vector beams
Laser Fusion Research Center
Experimental studies on the electron acceleration and positron --Ecole PolytechniqueLaser-guided lightning using kHz filamentation at 1030 nm
Laser Fusion Research Center
Experiment research progress of the short-pulse laser driven neutron -STFC Rutherford Appleton Laboratory
Laser harmonic generation: a beat wave on steroids
Shenzhen Technology University
Branched flows in high-energy-density physics
Korea Atomic Energy Research Institute
Generation of nonthermal ion beams from layered targets irradiated by -Korea Electrotechnology Research Institute Medical application of high energy electron beams accelerated -USTC
Machine learning assisted pulse shaping for double cone ignition -Osaka University
Ion acceleration in a high-intensity laser-driven collisionless shock
Institute of High Energy Physics, CAS
Recent progresses of plasma wakefield acceleration studies at IHEPInstitut Polytechnique de Paris
Laser-Plasma Acceleration Beyond the Diffraction and Dephasing Limits
Nagaoka University of Technology
Effect of applying solenoidal magnetic field on laser ion source
Aoyama Gakuin University
Proof-of-principle experiment of induced Compton scattering: a -Osaka University
Recent progress of experimental studies on fast-ignition inertial fusion -Kansai Photon Science Institute, QST
First-principles calculations for ultrafast and nonlinear dynamics of light -QST
Optically parametric chirped-pulse amplification pumped by optically -Peking University
Transport of high-current relativistic electron beam in plasmas and its -Kansai Photon Science Institute, QST
Pointing stabilization and control of an electron beam produced via laser -Kansai Photon Science Institute, QST
Estimation of laser parameters for generating enough number of energetic-

Space/Geomagnetism:
1. Zheng
Wang
2. Lianghai Xie
3. TianranSun
4. KaiHuang
5. Yangguang Ke
6. JichengSun
8. LeiWang
9. Remya
Bhanu
10. Rongsheng Wang
11. Kazuo
Yoshioka
12. Xiaoyi
Yang
13. Haruhiko Saito
14. Ryuya
IkezoeNational Space Science Center, CAS
National Space Science Center, CAS
National Space Science Center, CAS
USTC
USTC
Polar Research Institute of China
Institute of Geology and Geophysics, CAS
Indian Institute of Geomagnetism
USTC
University of Tokyo
Harbin Institute of Technology
University of Tokyo
Kyushu Univ.

Relative Factors of Ionospheric Plasma Irregularities Corresponding to -Multi-fluid MHD studies of the magnetic flux ropes in un-magnetized -Solar wind charge exchange soft X-Ray Emissions in the Magnetosphere Auroral spiral structure formation through magnetic reconnection in the -Effects of density modulation on nonlinear interactions between radiation-Excitation of magnetosonic waves in the Earth’s dipole magnetic field: 3DMagnetic reconnection and flux rope in the Martian magnetotail current -Understanding storm time dynamics of Electromagnetic Ion Cyclotron -Turbulent magnetic reconnection in the solar wind
The radial plasma transports in Jupiter’s inner magnetosphere seen by -Introduction to the experimental capabilities of the SPERF-DREX device-Injection and trapping of pulsed positrons in dipole magnetic field toward-Diagnosing fast electrons interacted with kinetic waves on spherical --15. Kazushi Asamura
16. Satoko
Nakamura
17. Tomotsugu Yamakawa
18. Naritoshi Kitamura
19. Makoto Sasaki
20. Shreekrishna Tripathi
21. Rajkumar Hajra
22. Ajeet
Maurya23. Andrew Hillier
24. Honghong Wu
25. David
Pontin26. Yi-Kai
Hsieh
27. Kun-Han Lee
28. Chun-Sung Jao
29. Kostas
Tziotziou
30. Abraham Chian
31. Rongxin Tang
32. Nouman Sarwar
33. Masafumi Shoji
34. Owen
Roberts
35. Narayan Chapagain

ISAS/JAXA
Direct measurement of energy transfer from magnetosonic waves to -Nagoya University
Role of the rising-tone EMIC waves in variations of the Earth's radiation-University of Tokyo
Global drift kinetic simulations of internally-driven ULF waves in the -ISEE, Nagoya Univ.
Direct observations of energy transfer from resonant electrons to -Nihon Univ.
Roles of phase space turbulence related to zonal flows in magnetically -UCLA
Proton beam destabilized Alfven waves and ion cyclotron emission on -USTC
High-intensity long-duration continuous auroral electrojet (AE) activity-Babasaheb Bhimrao Ambedkar University Ionospheric total electron content variation along the annularity path -University of Exeter
Theory and observation of plasmoid-modulated magnetic reconnection
Wuhan University
Scaling features in the two inertial subranges of solar wind turbulence
University of Newcastle
Magnetic reconnection:Theory and modelling for space and astrophysical-Kyoto University
Electron Precipitation Processes due to Oblique Chorus Emissions
Institute of Earth Sciences, Academia Sinica Electron density and magnetic field turbulence spectra in the very local -National Cheng Kung University
Simulating Multi-Needle Langmuir Probe Instrument Performance for -National Observatory of Athens
Small-scale vortices in solar plasmas and their dynamics
National Institute for Space Research (INPE) Magnetic reconnection driven by merging of magnetic flux ropes/tubes in-Nanchang University
Modeling of hiss wave distribution in the inner magnetosphere and its -GC University Lahore
Low frequency electromagnetic waves and corresponding ion velocity-Nagoya University
Study on nonlinear interactions between EMIC waves and ions in the -Space Research Institute, AAS
Compressive nature of space plasma turbulence: state-of-the-art
Tribhuvan University
Ionospheric Plasma Anomaly Using GPS TEC Measurements Over Nepal

Solar/Astro:
1. HechaoChen
Yunnan University
2. Xiaoshuai Zhu
National Space Science Center, CAS
3. Xiaohong Li
KU Leuven
4. Ying
Li
Purple Mountain Observatory, CAS
5. Francesco Pecora
University of Delaware
6. Ramesh
ChandraUniversity of Kumaun
7. Stephane Mazevet
Université Côte d’Azur
8. Michel
KoenigEcole Polytechnique
9. Daniela
GrassoCNR
10. Wenzhi
Ruan
KU Leuven
11. Sara
TomitaTohoku University
12. Takato
TokunoThe University of Tokyo
13. Lingling Zhao
University of Alabama in Huntsville
14. Guiping Ruan
Shandong University
15. Tushar
Mondal
ICTS-TIFR
16. HuiLi
Los Alamos National Laboratory
17. Siming
Liu
Southwest Jiaotong University
18. Peera Pongkitiwanichakul Kasetsart University
19. Yuandeng Shen
Yunnan Observatories, CAS
20. WeiSu
Sun Yat-sen University
21. Yuta
Asahina
University of Tsukuba
22. JinLin
Han
NAO, CAS
23. LiGang Hou
NAO, CAS
24. JinMatsumoto Keio University
25. Ruisheng Zheng
Shandong University
26. Dong
Li
Purple Mountain Observatory, CAS
Korea Astronomy and Space Science Institute
27. Eun-Kyung Lim
28. Jiro
ShimodaThe University of Tokyo
29. Daisei
Abe
Nagoya University
30. Kengo
TomidaTohoku University
31. Fan
Guo
Los Alamo National Laboratory
32. Stefaan
PoedtsKU Leuven
33. Simon
Daley-Yates University of St Andrews

Detection of Flare-induced Plasma Flows in the Corona of a dMe star EV-Extrapolating the solar magnetic field as a magnetohydrostatic equilibrium
Coronal rain: plasma circulation in the solar corona
A white-light solar flare heated by a comprehensive mechanism
Multipoint Turbulence Analysis with Helioswarm
Solar coronal mass ejections related to Extreme-Ultraviolet Wave and -Coupling Planetary and Ecosystem Modeling to Asses Habitability and-Magnetized Radiative shocks: their role in global evolution of interstellar-Current and vorticity sheets disruption in collisionless plasma turbulence
MHD turbulence formation in solar flares: 3D simulation and synthetic -Magnetic field amplification driven by relativistic shock–clump interaction
Transition of latitudinal differential rotation as a possible cause of -Single and Multispacecraft Observations of Solar Wind Turbulence:-Observational study of intermittent solar jets with the Good Solar telescope
A unified framework of mean-field dynamo and angular momentum -Mergers of stellar mass binary black holes in disks around supermassive-Status and Latest Results from LHAASOPIC Simulations of Perpendicular and Parallel Piston-Driven Shock -Advances on the Study of Coronal Extreme Ultraviolet Waves
The Impact of Solar – Terrestrial Plamsa and Magnetic Field on the -Global Radiation Magnetohydrodynamic Simulations of Precessing Disk-New detailes of interstellar medium revealed by the FAST Galactic Plane-Peering into the Milky Way by FAST: Ionized gas in the Galactic disk -Dependence of the magnetic field and rotation on the explosion -Why “solar tsunamis” rarely leave their imprints in the chromosphere
Flare quasi-periodic pulsations detected in multiple wavelengths
Dynamical and Thermal Properties of RBEs and RREs derived from Fast-On the Long-Term Evolution of Our Galaxy: Importance of the Diffuse -Growth of Massive Molecular Filament by Accretion Flows: Origin of -Cosmic rays in star and disk formation processes
Nonthermal Particle Acceleration in Magnetic Reconnection from -Advanced flux-rope CME models in EUHFORIA
Stellar Prominences and the Mass-Loss of Cool Stars

Magnetic Fusion-1(Core&Edge):
1. Mikhail
Gryaznevich
2. Hiroshi
Gota
3. HuishanCai
4. LimingYu
5. WeiZhang
6. RuiruiMa
7. Shuyu
Dai
8. Guangzhou Hao
9. Shaocheng Liu
10. Guanqi
Dong
11. Long
Zeng
12. LiLi
13. Massimo Nocente
14. Jianwen Liu
15. Anshu
Liang
16. Valerian Hall-Chen
17. Ming
Xu

Tokamak Energy Ltd
TAE Technologies, Inc.
USTCSouthwestern Institute of Physics
ASIPP
Southwestern Institute of Physics
Dalian University of Technology
Southwestern Institute of Physics
ASIPP
Southwestern Institute of Physics
Tsinghua University
Donghua University
University of Milano-Bicocca
ASIPP
Southwestern Institute of Physics

Spherical Tokamak path to Fusion – History and the Next Step
TAE Technologies’ Fusion Program Overview
The interaction between energetic particles and tearing mode
Experimental Observation of Low-frequency MHD Instabilities Driven -Experimental and numerical investigation of ICRF induced turbulence-Theoretical studies of low-frequency Shear Alfvén waves in reversed -Evaluation of edge transport and core accumulation of tungsten for -Effect of global field perturbations on fast ion redistribution and losses in-Edge plasma transport in three-dimensional magnetic topology
Toroidal modelling of interactions between internal kink instability and -Dynamics of Runaway Electron Generation and Loss in Tokamaks
Linear and quasi-linear toroidal modeling of resonant magnetic -First-time demonstration of the three-ion scheme for radio-frequency-Breaking of ion temperature clamping in EAST electron-heated H-mode-Role of 𝐸 × 𝐵 velocity shear for triggering the I-mode and ion ITB on the-Agency for Science, Technology and Research Feasibility study on using Doppler backscattering measurements to infer-ASIPP
MHD and energetic ions instabilities related to the formation of ITBs in--

18. Manni
Jia
ASIPP
19. Chenxi
Luo
ASIPP
20. Oleg
Krutkin
EPFL-SPC
21. Jae-Min Kwon
KFE
22. Anders Henry Nielsen
Technical University of Denmark
23. Choongki Sung
KAIST
24. Takashi Nishizawa
Kyushu University
25. Hao
WANG
National Institute for Fusion Science
26. Sophie
Gorno
Ecole Polytechnique Federale de Lausanne
27. Kevin
Verhaegh
United Kingdom Atomic Energy Authority
28. Naoto
TsujiiThe University of Tokyo
29. Zongyu YangSouthwestern Institute of Physics
30. JesúsDomínguez-Palacios University of Seville
31. Mate
LampertPrinceton Plasma Physics Lab
32. Kiyofumi Mukai
National Institute for Fusion Science
33. Neng
Zhang
Southwestern Institute of Physics
34. Gen
Motojima
National Institute for Fusion Science
35. RyoYasuhara
National Institute for Fusion Science
36. Shiyong Zeng
USTC
37. Yiren
Zhu
Southwestern Institute of Physics
38. Toshiki
Kinoshita
Kyushu University
39. Justin
Ball
SPC-EPFL
40. Jacobo
VarelaUniversidad Carlos III de Madrid
41. Fuqiong Wang
Donghua University
42. Hongming Zhang
ASIPP
43. Wei
WANG
Southwestern Institute of Physics
44. Juan Ayllon-Guerola
University of Sevilla
45. Jozef
OngenaLPP-ERM/KMS
46. Xiaodi
Du
General Atomics
47. Federico Nespoli
Princeton Plasma Physics Laboratory
48. Alvaro Sánchez-Villar
Princeton Plasma Physics Laboratory
49. ChangLiu
Princeton Plasma Physics Laboratory
50. Ryosuke SEKI
National Institute for Fusion Science
51. Yuki
Takemura
National Institute for Fusion Science
52. Mingkun HAN
Southwestern Institute of Physics
53. Lunan
Liu
ASIPP
54 Youngmu Jeon
Korea Institute of Fusion Energy
55. Hyun-Seok Kim
Korea Institute of Fusion Energy
56. Pengjun Sun
ASIPP
57. Volodymyr Mykhaylenko Pusan National University
58. Yong-Seok Hwang
Seoul National University
59. Linzi
LiuSouthwestern Institute of Physics
60. Annika
Ekedahl
CEA, IRFM
61. Jeff
Lestz
General Atomics
62. Yueng-Kay Martin Peng ENN
63. Jayhyun Kim
Korea Institute of Fusion Energy
64. John
Berkery
Princeton Plasma Physics Laboratory
65. Naoki
KenmochiNational Institute for Fusion Science
66. Jianyuan Xiao
USTC
67. RuiDing
ASIPP
68. Shuji
Kamio
University of California, Irvine
69. Jason
Parisi
Princeton Plasma Physics Laboratory
70. Evdokiya Kostadinova Auburn University

Demonstration of divertor stationary heat flux control during RMP ELM-Study of beta-induced Alfvén eigenmodes driven by runaway electrons in-Validation of short pulse reflectometry diagnostic turbulence -Development of digital twin technologies for fusion research
Numerical investigation of isotope transport scaling and its relation to -Linear and Nonlinear Verification of GENE and CGYRO with the L- -Estimation of parameter profiles and their derivatives from arbitrary -Nonlinear excitation of energetic-particle-driven geodesic acoustic mode-Experimental study and interpretative modelling of the power exhaust in-Improved understanding and performance of power exhaust of alternative-Studies of non-inductive tokamak plasma start-up with various lower-PFNN: Less data and better performance on disruption prediction via -First MHD stability analysis of the SMall Aspect Ratio Tokamak -Evolution of intermittent filaments in the scrape-off layer of NSTX
Revealing relation between toroidally asymmetric radiation distribution-Toroidal modeling of plasma flow damping and density pump-out by -High neutral particle pressure in the divertor section by volume -The fast Thomson scattering for a transient electron temperature and -The impurity modulation of plasma current spike and poloidal rotation-Simulations on edge localized modes mitigation with impurity seeding in-Turbulence transition in magnetically confined hydrogen-deuterium -Insights into a negative triangularity reactor from EUROfusion’s TSVV 2
Shear flows induced by Alfven Eigenmodes and energetic particle modes-SOLPS-ITER modeling of edge plasma and impurity transport in EAST
Study of tungsten transport and suppression in EAST Tokamak
Long Time-scale dynamics of E×B staircase in flux-driven gyro-kinetic-EUROfusion Machine Enhancements for the JT-60SA Tokamak
Overview of the design and first experimental results of the ICRH system-Visualization of fast ion phase-space flow in plasmas below, near, -Improved plasma performances via low-Z powder injection in the Large-Real-time predictions of ICRF power absorption profiles via machine -Simulation of Compressional Alfvén Eigenmodes in Tokamak DisruptionsOrbit-following simulations of fast-ion transport and losses due to the -Parity transition of MHD fluctuations in helical plasmas
Impurity Mode Induced Turbulent Transport in Tokamak Plasmas
First observation of ion cyclotron emission during low hybrid waves and -First Demonstration of Stationary I-Mode Operation with Hot-Ion Core inDevelopment of High-performance Long-pulse Scenario and InvestigationStudy of Multi-Scale Turbulence in the Core of Electron-Heating -Kinetic theory of the nondiffusive convective flows, generated in the -Can we build a compact high performance fusion reactor with high powerIdentification of core ion cyclotron instabilities on HL-2AFirst results from operating an ITER-grade divertor in the full tungsten-Linear stability analysis of high frequency Alfvén eigenmodes in MAST-p-11B Spherical Torus Plasma Physics Research Vision, Progress, -Overview of KSTAR research towards DEMO
Density Limits as Disruption Forecasters for Spherical Tokamaks
Fast response of turbulence and heat pulses to thermal perturbations
Structure preserving Particle-in-Cell scheme and its applications on-Tungsten impurity screening and its control using different gas injection -Observation of fast ion profile stiffness due to the Alfvén eigenmode
A gyrokinetic model for pedestal width-height scaling across aspect ratio
Anomalous electron diffusion in magnetized plasma with magnetic islands-

Magnetic Fusion-2(Organized Session):
1. Yusuke
2. Tatsuya
3. Walter
4. Guilhem
5. Emi6. Haewon
7. Hiroaki
8. Jong Yoon
9. Itsuki
10. Feiyue
11. Koichi
12. Michiaki
13. Hiroshi
14. Shinsuke
15. Yu16. Xiao
17. Kazuhiro
18. Y
19. William
20. Siqi
21. Yuichi

KosugaKobayashi
Gekelman
Dif-Pradalier
NARITAShin
Nakamura
Park
Sakon
Mao
MatsuoInomotoHasegawa
Imada
Xu
Bingjia
Yamamoto
Todo
Heidbrink
Zhao
OtsukaKyushu University
A review of phase-space turbulence: why it is importantNational Institute for Fusion Science
Phase-space tomography for charge exchange recombination spectroscopy
University of California, Los Angeles
Electron hole experiment on basic experiment
CEA Cadarache
Recent progress on GYSELA turbulence simulation
QST Naka InstituteConvolutional neural network models for forecasting heat fluxes -Korea Atomic Energy Research InstituteToward a universal understanding of plasma, light-matter interaction in-National Institute for Fusion Science
Toward a universal understanding of plasma, light-matter interaction in-Seoul National University
Ion heating during non-inductive plasma startup and sustainment in VEST
Tokyo University
Toward a universal understanding of plasma, light-matter interaction in-HUST
Role of the multiple mode interaction on the excitation of 2/1 tearing -Hiroshima University
Toward a universal understanding of plasma, light-matter interaction in-The University of Tokyo
Transformation of energy conversion by active control of in-plane electricInstitute of Space and Astronautical Science Magnetic reconnection and its related events in magnetized plasmas
The University of Tokyo
Magnetic Reconnection in the Solar Atmosphere: Future Plans for Solar-Donghua University
Toward a universal understanding of plasma, light-matter interaction in-ASIPP
AI applications on EAST for plasma control
University of Tokyo
Excitation of ULF waves and transport of plasma through wave-particle-NIFS
Simulations of energetic-particle driven Alfvén eigenmodes in -University of California Irvine
Alfvén eigenmodes in toroidal laboratory plasmas
Deutsches Elektronen Synchrotron DESY Multi-spacecraft Observations of the Alfvénic Transition from Weak to-Nagoya University
GNSS observations of traveling ionospheric disturbances in the ionosphere22. Hiroe
Igami
23. Yoshizumi Miyoshi
24. Donguk Song25. Jaehong Park
26. Motoshi Goto
27. Nobuyuki Nakamura
28. Izumi
Murakami
29. Dario
Mitnik
30. Kyounghun Yoo
31. YangYang
32. Koichi
Sasaki33. Shusuke Nishiyama
34. Shinji
Yoshimura
35. Cong
Li
36. Sanghoo Park
37. LiLi
38. Churchill Michael
39. Jaemin
SeoNational Institute for Fusion Science
Nagoya University

Observation of non-thermal emissions between ion cyclotron and electronIn-situ observations of distribution function and plasma waves by the-Korea Astronomy and Space Science Institute Overview and observation results of the CLASP2 suborbital space --Korea Institute for Advanced Study
Probing the Epoch of Reionization through the cosmic 21-cm signal
National Institute for Fusion Science
Electron temperature anisotropy for magnetically confined fusion plasma
The University of Electro-Communications Spectroscopy of highly charged ions with an electron beam ion trap
National Institute for Fusion Science
Spectroscopic study of tungsten ions in LHD
ASIPP
Why atomic physics calculations are still a challenge: examples from -Institute for Basic Science
EBIS charge breeder producing highly charged ions for RAON facility
Fudan University
Laboratory measurement of FeX MIT effect for coronal magnetic field-Hokkaido University
Laser-induced breakdown spectroscopy based on thermodynamic-Japan Healthcare University
Evaluation of metastability of atomic hydrogen 2S level by laser-National Institute for Fusion Science
Exploiting laser-induced fluorescence method with a single optical path-Dalian University of Technology
Laser ablation plasma and its application for elemental analysis
KAIST
The nonlinear effect of gas flow on metastable helium in a kHz-driven-Pekin Univ.
Drift Bounce Resonance Between Charged Particles and Ultralow-Princeton Plasma Physics Laboratory
Review on ML/AI with application examples to (magnetic) fusion plasmas
Chung-Ang University
A novel tokamak plasma control method using reinforcement learning[17] Satellite Workshop/Symposium
1) Women in Plasma Physics Workshop: 11.13 (Monday) 19:00-20:00 at Room 32) If you want to organize WS on Sunday, please contact M. Kikuchi(aapps.dpp.ceo@gmail.com).
3) Presentation at satellite WS do not apply “one-oral” rule.

Mini-Workshop for Women in Plasma Physics (WIPP)A Mini Workshop for Women in Plasma Physics (WIPP) will beheld as part of the Association of Asia Pacific Physical Societies Division of Plasma Physics (AAPPS-DPP) international
conference at Port Messe Nagoya, Japan on Monday 13th ofNovember 2023.
Women are excellent contributors to diverse fields of Plasma
Physics, but they often face different challenges. The
Mini-Workshop WIPP-AAPPS-DPP provides a platform for
women scientists to discuss and share their journey. The
workshop aims to understand the issues that women scientists andresearchers face while pursuing their careers. It will discuss
women’s obstacles and problems, how they are overcome, andwhat can be done to motivate their participation in research,conferences, and workshops.
The workshop is open to everyone, but we encourage womenparticipants of AAPPS-DPP to actively contribute aspresenters/speakers or discussion participants. It will be a great networking event. Please submit your interest
here: https://protect-au.mimecast.com/s/zPrxCYW8NocDprVj1u0-fzJ?domain=forms.gle

Date and Time: Monday 13th November 2023, Time 19:00-21:00
WIPP committee chair: Dr Anne Mai-Prochnow
Contact: anne.mai-prochnow@sydney.edu.au

Mini-workshop on probing, controlling, and understanding wave-particle
interactions in space and laboratory plasmas
Organizer’s name: Yuto Katoh (Tohoku Univ., Japan)
Preferred date and time: November 12 (Sun) 13:00-16:00
Number of participants: <50
Purpose: This workshop aims to understand similarities/differences of (i) wave-particle interactions
occurring in space and laboratory plasmas (WPIs), (ii) particle acceleration/heating in plasmas through WPIs,
and (iii) artificial control method of WPIs. The latest issues related to WPIs in space and laboratory plasmas
will be shared through oral presentations (given by invited speakers) and discussions with workshop
participants.

Fraud attempt to participants: There were some phone calls and follow-up emails asking for
credit card information for hotel accommodations to the speakers of past in-person conferences. Do
not respond and ignore in case. It is fraud attempt.
[18] Publication
APPS-DPP encourage publication of plenary and invited talks to our official journal Reviewsof Modern Plasma Physics (RMPP) https://www.springer.com/journal/41614 . Article types are
general "Review", "Special Topics" focused on your/group works, "Tutorial" for introduction,"History", "Chandrasekhar Lecture", "Plasma Innovation Lecture". Contact RMPP chair (M.
Kikuchi) for any question. RMPP is a hybrid journal with subscription access and open access
options. No Publishing fee is required for subscription option while open access option requires
publication charge.
According to Exaly, RMPP is high impact factor (=5.5) journal as of 2021.
(https://exaly.com/journal/40760/reviews-of-modern-plasma-physics/?from=1970&to=2021 ),RMPP is now accepted in the Scopus index collection.
For original article, PFR(http://aappsdpp.org/DPP2023/html/6publications/publications.html )welcome submission.
[19] AAPPS-DPP Prizes
19.1 2023 Subrahmanyan Chandrasekhar Prize of Plasma Physics
Selection of 2023 Chandrasekhar Prize of Plasma Physics is under way and the winner will give
first plenary talk in this conference.
https://www.aappsdpp.org/DPP2023/html/materials/Nomination_Guidelines2023.pdf
19.2 2023 Plasma Innovation Prize
Selection of 2023 Chandrasekhar Prize of Plasma Physics is under way and the winner will give
first plenary talk in this conference.
https://www.aappsdpp.org/DPP2023/html/materials/AAPPS-DPP_InnovationPrize2023.pdf
19.3 AAPPS-DPP Young Researcher (U40) Award 2023
Nomination is under way and the winner will give a talk at this conference. Nomination deadline
extended to June 15. Selection committee chair is Prof. Amita Das.
https://www.aappsdpp.org/DPP2023/html/materials/Call_for_AAPPS-DPP_Young_Res_Award2023.pdf

19.4 AAPPS-DPP U30Doctral Scientist / Student Award 2023
Nomination is under way and the winner will give a talk at this conference. Nomination deadline
extended to June 15. Selection committee chair is Prof. Kunioki Mima.
https://www.aappsdpp.org/DPP2023/html/materials/Call_for_AAPPS-DPP_U30_Award_2023.pdf

19.5 AAPPS-DPP Poster Prize 2023
DPP is recognizing significant poster presentation at the annual conference as AAPPS-DPP
Poster Prize since 2018 for both students and young/senior researchers. Selection committee will
select number of significant posters. Winner will receive a certificate and a book gift (only limited
number is available).

[20] Committees
International Organizing committee
IOC chair: Abhijit Sen (IN), IOC Co-chairs: Mitsuru Kikuchi (JP), Rajdeep S. Rawat (SG), Wonho Choe (KR), Yutong Li (CN),Plasma societies: Karl Krushelnick (APS-DPP), Kristel Crombé (EPS-DPP), Ge Zhuang(CPS-DPP), Yasuhiko Sentoku(JPS-plasma), Dong-o JEON(KPS-DPP), Prabal K. Chattopadhyay (PSSI), Satoshi Yamamoto (ASJ), Yipeng Jing (CAS), GC
Anupama (ASI), Yasuharu Omura (SGEPSS), Ji Wu (CSSR), Kazuo Kyuma (LSJ), Jie Zhang (CPS-DHEDP), Mineo Hiramatsu(JSAP-DPE), Yuan-Hong Song(DPP-CSTAM), Jing Zhang (DPP-CSTAM), Yasuhiko Takeiri (JSPF), Sor Saw Heo (AAAPT),
Matthew J. Hole (Australian ITER Forum), Sooseok Choi(PDD-KVS), Narayan P. Chapagain (NPS), Kuru Ratnavelu (MIP),
DPP Prize Laureates: Don Melrose (AU), Lou-Chuang Lee (TW), Chio Zong Cheng (TW), Toshiki Tajima (JP/US), Liu Chen (CN),Kazunari Shibata (JP), Hyeon Park (KR), Masaru Hori (JP), TS Hahm(KR), Arnab Rai Choudhuri (IN)
CD: К.R. Sreenivasan (US/IN), Rahul Pandit(IN), Gregory Falkovich (IL), Michio Yamada (JP), Roald Sagdeev(US), Uriel
Frisch(FR), Patrick Diamond (CN/US), Amita Das (IN), Y. Kosuga(JP), Eunjin Kim(UK),
Fundamental: Akira Hasegawa (JP), R.L. Dewar (AU), Chuan Sheng Liu (US), Zensho Yoshida (JP), Hideo Sugama (JP),Akihide
Fujisawa (JP),Yasushi Ono (JP), Guoyang Fu (CN), Shaojie Wang (CN) , F. Zonca (IT), Dominique Escande (FR), Xavier Garbet(FR), George Tynan(US), James Drake (US), Ding Li (CN), Phillip Morrison (US), Yasushi Todo (JP), Hui Li(US), Tomo-Hiko
Watanabe (JP),Basic: Lin I (TW),Chiow-San Wong (MY), Rajaraman Ganesh (IN), Michel Bonitz (DE), Giovanni Manfredi (FR), Amar Misra (IN),Osamu Ishihara (JP), Guru Ganguli (US), Troy Carter (US), Mike Mauel (US), Cary Forrest (US), Shunjiro Shinohara (JP), Hiroshi
Akatsuka (JP), Yaming Zou (CN), Kwo Ray Chu (TW), Yoshiharu Uesugi (JP), Igor Levchenko (SG), Katia Bazaka (AU),Shin-Hung Chen (TW), Avinash Khare (IN), Yasuhiro Idomura (JP), Haruhiko Himura(JP), Frank Jenko (US), Zhihong Lin (US),Fredrick Skiff (US), Cormac Corr (AU), Heremba Bailung (IN),Sudeep Bhattacharjee(IN), A A Mamun (BG),Yan Feng (CN), Kenji
Tanaka (JP), Choong-Seock Chang (US),Kazunori Takahashi (JP),Gunsu Yun (KR), Takuma Yamada(JP), Fernando Haas(BR), Izumi
Murakami(JP), M. Nishiura(JP),Applied: Rikizo Hatakeyama (JP), Francis F. Chen (US), S.J. Yoo (KR), Yi-Kang Pu (CN), Masaharu Shiratani (JP), Giichiro Uchida(JP), Paul Kim Ho Chu (HK), Eun Ha Choi (KR), Michael Keidar (US), Felipe Iza (UK), Eric Johnson (FR), Heping Li (CN), Jinxiu
Ma (CN), Jung-Sik Yoon (KR), Deepak Prasad Subedi (NP), Ashish Gangul (IN), Bong Geun Hong (KR), Sudhir Kumar Nema
(IN), Jing Zhang (CN), Uwe Czarnetzki (DE), JJ Shi (CN),Tony Murphy(AU), SY Moon (KR), Subroto Mukherjee (IN), Xin
Tu(UK), Takayuki Watanabe (JP), Tao Shao (CN), Hyun-Ha Kim(JP), Dae Hoon Lee(KR), Srikumar Ghorui(IN), Shuyan Xu(SG),Anne Mai-Prochnow(AU),
Laser: Kunioki Mima (JP), Xian Tu He (CN), Chang Hee Nam (KR), Heinrich Hora (AU), Ryosuke Kodama (JP), G. Ravindra
Kumar (IN), M. Krishnamurthy (IN), Zheng Ming Sheng (CN), Yoshiaki Kato (JP), Tetsuya Kawachi (JP), Chan Joshi (US), E.
Michael Campbell (US), Sylvie Jacquemot (EU), Robert Bingham (UK), Sergei Bulanov (EU), Vladimir Tikhonchuk (FR), Michel
Koenig(FR), Kazuo Tanaka (JP), Youichi Sakawa (JP), Masakatsu Murakami (JP), Hiroyuki Shiraga (JP), Hitoki Yoneda (JP), Jian
Zheng (CN), Wei Lu (CN), Ke Lan(CN), Baifei Shen (CN), Sudip Sengupta (IN), Hyyong Suk (KR), James Sadler (US), Mark
Herrmann (US), S. Fujioka (JP), Min Chen (CN), Kitae Lee (KR), Ram Gopal (IN),Space/Geomag: Bimla Buti (IN), Zuyin Pu (CN), Ryouichi Fujii (JP), Dong-Hun Lee (KR),Chuanyi Tu (CN), Xiaohua Deng (CN),Xiaogang Wang (CN), Lin Ni Hau (TW), Gurbax Lakhina (IN), Iver Cairns (AU), Dae-Young Lee (KR), Daniel Baker (US), Peter
Yoon (US), Yu Lin (US), Fouad Sahraoul (FR), Akira Kageyama (JP), Chi Wang (CN), Yusuke Ebihara (JP), Xuening Bai (CN),Chris Crabtree (US),Jiansen He (CN), Quanming Lu (CN), Toru Hada (JP), Abraham Chian(AU)Solar/Astro: Arnab Rai Chaudhuri (IN), Jingxiu Wang (CN), Masahiro Hoshino (JP),Jongchul Chae (KR), De-Jin Wu (CN), Kanya
Kusano (JP), Rony Keppens (DE), Joerg Buechner (DE), Geoffrey Bicknell (AU), Dongsu Ryu (KR), Jinlin Han (CN), Feng Yuan(CN), Vinod Krishan (IN), Dipankar Banerjee (IN), Shu-ichiro Inutsuka (JP), Hantao Ji (US), Shuang-Nan Zhang (CN), Wing-Huen
Ip (TW), Takaaki Yokoyama (JP), Jungyeon Cho (KR), Peng-Fei Chen (CN), Ryoji Matsumoto (JP),Magnetic Fusion: Won Namkung (KR),Akio Komori (JP), Xuru Duan (CN), Jiangang Li (CN), Baonian Wan(CN), Myeun
Kwon(KR), Yongseok Hwang(KR), Hiroshi Yamada (JP), Siwoo Yoon (KR), Lu Wang (CN), Tomohiro Morisaki (JP), Guosheng
Xu(CN), Xianzu Gong (CN), Jiaqi Dong (CN), Zhe Gao (CN), Yutaka Kamada (ITER), Yasuaki Kishimoto (JP), Shashank
Chaturvedi (IN), Anthony Donne (EU), Sibylle Guenter (DE), Per Helander (DE), Ulrich Stroth (DE), Alain Becoulet (ITER),
Andrea Grosman(CEA),Tuong Hoang(CEA), Ian Chapman (UK), Joaquin Sanchez (ES), Francesco Romanelli (IT), Piero Martin(IT), Paola Mantica (IT), Ambrogio Fasoli (CH), Francois Waelbloeck (US), Dennis Whyte (US), Jon Menard (US), Yuanxi Wan(CN), Kazunobu Nagasaki (JP), Kazuaki Hanada (JP), Mizuki Sakamoto (JP), Richard Buttery (US), Yunfeng Liang (DE), Takaaki
Fujita (JP), Howard Wilson (UK), Stan Kaye (US), P. Snyder (US), J. Rice (US), S. Brezinsek (DE), R. Wolf (DE), KerchungShaing(TW), Mike Zarnstorff(US), Wayne Solomon (US), Min Xu (CN), Katsumi Ida (JP), Yong-Su Na (KR),W. Zhong (CN),
Yongkyoon In (KR), K. Hanada(JP), Ge Zhuang(CN), YoungMu Jeon(KR), Kenichi Nagaoka (JP), Young Dae Yoon(KR), JM
Kwon(KR),
Fusion Companies: Martin Peng(CN), Mikhail Gryaznevich(UK), Junichi Miyazawa (JP), S. Konishi(JP), K. Matsuo(JP), D.
Gates(US),Scientific Program committee
General PC chair: M. Kikuchi, co-chairs: A. Sen, W. Choe, R. Rawat, Yutong Li
CD : P.H. Diamond(Chair), Eunjin Kim(Vice), T.S. Hahm(Vice), Xavier Garbet, Steve Tobias, Zhibin Guo, Amita Das, Yusuke
Kosuga, Lu Wang
F (Fundamental); Robert Dewar(Chair), P.J. Morrison(Vice), Susanna Cappello, Fatima Ebrahimi, Zhisong Qu, Anna Tenerani,
Naoki Sato, Abraham Chian, Hogun Jhang, Ding Li, Hideo Sugama, Arnab Rai Choudhuri
B (Basic) ； Sudeep Bhattacharjee(Chair), Takuma Yamada (Vice), Zhibin Guo, Fernando Haas (Vice), Tito Mendonca, Yan
Feng(Vice), R. Ganesh, T-H Watanabe(Vice), Xueqiao Xu, Izumi Murakami(Vice),Cormac Corr, M. Nishiura(Vice), Choongki Sung,
Kazunori Takahashi (Vice), Debaprasad Sahu,

A (Applied); Tao Shao(Chair), Haixin Wang, Hyun-Ha Kim(Vice), Douyan Wang, Dae Hoon Lee(Vice), Sooseok Choi, Srikumar
Ghorui(Vice), Alphonsa Joseph, Shuyan Xu(Vice), Anne Mai-Prochnow(Vice), Michael Keidar(Vice), Allen Garner, Xin Tu, Giichiro
Uchida, Hiroshi Akatsuka, Kazunori Koga,
L (Laser); Hyyong Suk(Chair), Min Chen(Vice), Shinsuke Fujioka(Vice), Kitae Lee(Vice), Prashant Kumar Singh(Vice), YoshitakaMori, Takuo Okuchi, Mamiko Nishiuchi, Byoung-ick Cho, Jaehoon Kim, Minsup Hur, Zheng-Ming Sheng, Jian Zheng, Yongtao
Zhao, Bin Qiao, Mrityunjay Kundu, Bhuvanesh Ramakrishna, Tae Moon Jeong, Kei Nakamura, Anand Moorti, Weimin Zhou,
SG (Space/ Geomagnetism); Yoshiharu Omura(Chair), Peter Yoon(Vice), QuanMing Lu(Vice), Tohru Hada, Lin-Ni Hau, Dong-Hun
Lee, Abraham Chia, Gurbax Lakhina, Nazish Rubab,David Ruffolo,Meng Zhou,Yasuhito Narita,Kanako Seki,Masahiro Hoshino,
SA (Solar/Astro); P. F. Chen (Chair), Ryoji Matsumoto (Co), Jungyeon Cho(Co), Hantao Ji, Jin Lin Han, Kyungsuk Cho,Patrick
Antolin, Brigitte Schmieder, Durgesh Tripathi, Shu-ichiro Inutsuka, Hui Li, Takaaki Yokoyama, Takeru Suzuki, Lou Lee, Fulai Guo,
Rony Keppens,
MF1 (Core&Edge); Jae-Min Kwon(Chair), Min Xu(Vice), Emi Narita(Vice), Yong-Su Na(Vice), Indranil Bandyopadhyay, Won-Ha
Ko, Choongki Sung, Masaru Furukawa, Tokihiko Tokuzawa, Joelle Mailloux, Andrea Garofalo, Liang Wang, Wulv Zhong
MF2 (Organized Session); Katsumi Ida (Chair), Yunfeng Liang (Vice), Choong-ki Sung (Vice), Kenichi Nagaoka,Yuto Katoh,
Akihide Fujisawa, Xiang Gao, Li Li, Young Dae Yoon, Kyung Sun Park, Hantao Ji, George McKee

Local Organizing Committee

LOC Chair: Kenichi Nagaoka, LOC secretary: Naoki Kenmochi, LOC members: Gen Motojima, Hao Wang, Kiyofumi
Mukai, Masahiro Kobayashi, Mikiro Yoshinuma, Noriyasu Ohno, Ryoma Yanai, Ryo Yasuhara, Shin Kubo,
Shunsuke Usami, Takayoshi Tsutsumi, Tatsuya Kobayashi, Tomohiko Watanabe, Tomoko Kawate, Yasuko
Kawamoto, Yuki Takemura, Yuki Takemura[21] NIFS TourThe tour takes you to NIFS to visit the experimental hall of LHD,
the control room, CompleXcope (virtual reality), the supercomputer,
CHS, and other facilities (heating equipment room, power supply
building etc.). Limited to the first 70 applicants.
Date: 12:30, 12th November, Sunday
Meeting place: Nagoya station, Taikou-Dori-guchi exit
Schedule:
12:30 Assembly
13:00 Bus starts at Nagoya station
14:00 Arrival at NIFS
NIFS Tour
16:00 Bus starts at NIFS
17:00 Arrival at Nagoya station(The schedule is subject to change due to traffic condition.)[22] Sightseeing places

1. Toyota Commemorative Museum of Industry
and Technology https://www.tcmit.org/english/

Ticket: A ticket has to be purchased prior to visit through the website. The tickets for November are sold from 10 August at the website.

4. Nagoya castle
https://www.nagoyajo.city.nagoya.jp/en/

Access: It is located near Nagoya station. At Meitetsu Nagoya
station, take Meitetsu Inuyama Line bounds for Iwakura à Get off
at Sako station. 3 minutes walk from Sako Station.

2. Toyota automobile museum

https://toyota-automobile-museum.jp/en/
Access:Take Sakura-dori subway line at Nagoya station bound for
Hisaya-odori. Change the train at Hisaya-odori and take Meijo
subway line clockwise. Get off at Nagoyajo.

Access: At subway Nagoya station, Take Higashiyama line bounds
for Hujigaoka à Get off at Hujigaoka station, change to Linimo
Tobu-Kyuryo Line bound for Yakusa à Get off at Geidai-dori
Station. A five-minute walk from Exit 1 to west.

5. Port of Nogoya public aquarium
https://nagoyaaqua.jp/english/

3. Ghibli parkhttps://ghibli-park.jp/en/

Access: Subway Nagoya station, Take Higashiyama line bounds
for Hujigaoka à Get off at Hujigaoka station, change to Linimo
Tobu-Kyuryo Line bound for Yakusa à Get off at Ai-Chikyu haku
kinen kouen Station.

Access: Take Higashiyama subway line at Nagoya station boundfor Hujigaoka. Change trains at Sakae Station and Take Meijō Line(counterclockwise) bound for Kanayama. Get off at the last stop
Nagoyako Station. It’s a 5-minute walk from exit 3. Or Take JRLine at Nagoya station bound for Kozoji or Toyohashi. Get off at
Kanayama Station, change to the Meiko Subway Line bound for
Nagoyako Station. Get off at the last stop Nagoyako Station andit’s a 5-minute walk from exit 3.

6. Legoland Japan
https://www.legoland.jp/en/

Access: Near the conference venue.

7. SCMAGLEV and Railway parkhttps://museum.jr-central.co.jp/en/

Cruise Nagoya connects the most popular sightseeing spots in
Nagoya. It takes about 75 min. You can take a tour from
Sasashima-raibu station to Kinjo Pier by the boat, and return to
Nagoya station by train (Aonami line).
Boat embarkation stations:
Sasashima Live (Take Aonami line bound for Kinjo-futo at
Nagoya station. Get off at Sasashima-raibu. 3 minute walk tothe boat.)
Canal Resort
Minato AQULS
Garden Pier
Bluebonnet
Kinjo Pier (near the conference venue)

10. Nagoya Sightseeing Route Bus Me~guru♪
https://www.nagoya-info.jp/en/feature/detail/2/
Access: Near the conference venue.

8. Nagoya Marine Rider

https://www.shachi-bus.com/marine/

Amphibious buses take you from Sakae to Nagoya port, and visit
the Port of Nogoya public aquarium. You can take a subway Meijoline to return to Nagoya station.
Access to Sakae bus station: Take Sakura-dori subway line at
Nagoya station bound for Hisaya-odori. Get off at the Hisaya-odori
station. 5 minute walk from exit 5A or 23.

9. Cruise Nagoya(Operates on Saturdays and Sundays only)

https://cruise-nagoya.jp/en/

Ona can take a bus tour for sightseeing in Nagoya city. The bus
will take you around sightseeing spots such as Toyota
Commemorative Museum of Industry and Technology, Shikemichi,
Nagoya castle, Tokugawa-en, Cultural path Futaba Museum etc.