Photo Courtesy:
NAGOYA convention & visitors bureau

Electronic Program Book

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
Table of Contents
General information about AAPPS-DPP 2023
Scope
Organization and Disclaimer
Dates and overall program
Sponsors
Conference Venue – Plenary/Parallel/Poster Session Hall and Room Arrangement
RegistrationCoﬀee, Water and Snacks Locations
Conference Dinner
How to reach Conference Venue
Financial AssistanceContributed and Post-deadline Submissions
Box Lunch
Restaurants near Conference Venue
Welcome Reception, Welcome Party
Hotel List near Nagoya Station
Plenary Sessions – Opening Ceremony, Plenary Sessions and Closing
Topical Sessions
Cross Disciplinary Session
Fundamental Plasma Physics
Basic Plasma Physics
Applied Plasma Physics
Laser Plasma Physics
Space and Geomagnetism Plasma Physics
Solar and Astro Plasma Physics
Magnetic Fusion Plasma Physics (Core & Edge)
Organized Session
Poster Sessions
Satellite Workshop/Symposium
Women in Plasma Physics (WIPP)
Space and Laboratory Plasma Workshop
Fusion Private Sector
AAPPS-DPP Prizes – Press Releases
Publication
Committees
NIFS Tour
Sightseeing Places
Oral Presentation
Manual for the parallel session chairs
Poster Presentation
Program Advertisement
Hamamatsu photonics KK
Plasma - an Open Access Journal by MDPI

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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 10 Nov, 2023
The Division of Plasma Physics of the Association of Asia Pacific Physics Societies (AAPPS-DPP) has been successfullyorganizing annual conferences on plasma physics in the Asia Pacific region for the past 6 years. The 1st Asia-PacificConference on Plasma Physics (AAPPS-DPP2017) was held during September 18-23, 2017 in Chengdu, China(http://aappsdpp.org/DPP2017rogramlatest/index.html) followed by AAPPS-DPP2018 during November 12-17, 2018 in
Kanazawa, Japan (http://aappsdpp.org/DPP2018/index.html) and AAPPS-DPP2019 during November 4-8, 2019 in Hefei,
China (http://aappsdpp.org/DPP2019/index.html).
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 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 the authority of AAPPS-DPP for
scientific discussions on plasma physics. This conference should be physics oriented and provide interdisciplinary and in-depth
discussions among and in various fields of 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.
Disclaimer
The attendance of AAPPS-DPP2023 conference is at own risk. While the organizers will make every effort to conduct thisconference according to the announced schedule, unlikely, unforeseen circumstances may result in change of the schedule orcancelation of the conference. These changes will be posted at the conference website. No liability is assumed forinaccuracy, misdescription, delay, damage, and loss.
[3] Date: November 12(Sunday) -17(Friday), 2023

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[4] Sponsors
AAPPS-DPP2023 is financially supported by following organizations.
4.1 Sponsor for AAPPS-DPP Awards
1. Larsen & Toubro Ltd (Sponsor for 2023 S. Chandrasekhar Prize) https://www.larsentoubro.com
2. INOX CVA(Sponsor for 2023 Plasma Innovation Prize) https://inoxcva.com
3. YUKWAI (Partial sponsor for 2023 Young Researcher Award) https://yu-kwai.jp/
4. IFE Forum (Sponsor for 2023 U30 Award) https://www.ilt.or.jp/ife-forum/
5. Springer (Poster Prize gift books), https://www.springer.com/jp
6. Plasma Science Society of India (Chandrasekhar Medal) http://www.pssi.in/

4.2 Sponsor on Air flight support for presenters from developing countries and retired
1. International Center for Theoretical Physics (ICTP, https://www.ictp.it)
2. Asia Pacific Center for Theoretical Physics (APCTP, https://www.apctp.org/main/)

4.3 Sponsors for AAPPS-DDPP2023 conference
1. Nagoya convention & visitors bureau https://www.nagoya-info.jp/ncvb/
2. Mitsubishi Electric (三菱電気) https://www.mitsubishielectric.co.jp/corporate/randd/laboratory/advanced_technology/index.html
3. ENN Science and Technology Development Co., Ltd. http://en.ennresearch.com
4. Helical Fusion(Sponsor, poster advertisement) https://www.helicalfusion.com
5. Nihon Air Conditioning Services Co. Ltd(日本空調サービス株式会社) https://www.nikku.co.jp/ja/index.html
6. Future Energy Research Association (未来エネルギー研究協会) http://www.mirai-energy-association.com/mirai/mirai.html

4.4 Company Exhibition
1. EX-Fusion(Exhibition, poster advertisement) https://www.ex-fusion.com/
2. Springer, https://www.springer.com/jp
3. ARISE technology, https://arise-tec.com/
4. High power Laser Science and engineering, https://www.researching.cn/hpl
5. National institute for Fusion Science Aurora Observation Project, https://projects.nifs.ac.jp/aurora/en/
4.5 Poster and Program Advertisement
1. EX-Fusion(Poster advertisement) https://www.ex-fusion.com/
2. Helical Fusion(Poster advertisement) https://www.helicalfusion.com
3. Springer Nature (Poster advertisement), https://www.springernature.com/gp
4. National Institute for Fusion Science(Poster advertisement), https://www.nifs.ac.jp
5. Hamamatsu photonics KK(Program advertisement) https://www.hamamatsu.com/jp/ja/
6. Plasma - an Open Access Journal by MDPI (Program advertisement) https://www.mdpi.com/journal/Plasma

4.6 Room Sponsor
IOP Publishing https://ioppublishing.org/ MF(Room 3)2[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

Hall A1(150seats)3) Parallel session rooms in Event Hall

Hall B1,2, B3,4 (60seats each)3

Room1(60seats) and Event Hall (Exhibition and Poster)Poster and Exhibition session (Event Hall)
5.3 Room Arrangement
Conference will run from Sunday (12 Nov.) to Friday (17 Nov.). Sunday program is satellite WS, NIFS tour and reception.
From Monday, morning sessions will be plenary sessions (no parallel session) at the main conference hall.
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, MF. Magnetic Fusion plasma (Core & Edge), OS. Organized session
Seats

11.12

11.13 Mon

11.14 Tues

11.15 Wed

11.16 Thurs

11.17 FriPlenary&MF(1)/Plenary&MF(1)/ G. Assembly
MF(2)Plenary&MF(1)
MF(2)Plenary&MF(1)
MF(2)Plenary&MF(1)
MF(2)Sun
Main Hall
Building

Event Hall
Building

Convention
Hall
Building

Main Hall

300/500

Room3

108

Room4

108

Applied(1)Applied(1)Applied(1)Applied(1)Applied(1)

Room5

30

LOC/DPP

L (KR-JP) 13h-15h

L (KR-JP) 11h-13h

LOC/DPPLOC/DPPRoom6-1

54

Cross Disciplinary

Cross Disciplinary

Cross Disciplinary

Cross Disciplinary

Room6-2

54

L (KR-JP) 13h-15h

L (KR-JP) 11h-13h

Applied(2)Applied(2)Applied(2)Applied(2)Room 7-1

54

Space/Geomag

Space/Geomag

Space/Geomag

Space/Geomag

Space/Geomag

Room7-2

54

Organized Session

Organized Session

Organized Session

Organized Session

Organized Session

Waiting room2

16

LOC

LOC

LOC

LOC

LOC

Service center A

63.6m2

Registration/LOC

Registration/LOC

Registration/LOC

Registration/LOC

Registration/LOC

Room1

60

Laser

Laser

Laser

Laser

Laser

Room2

30

LOC/DPPDPP BoD(13h-14h)

LOC/DPPLOC/DPPLOC/DPPEvent Hall

725m2

Poster&Exhibit

Poster&Exhibit

Poster&Exhibit

Poster&Exhibit

Hall A1

150

Basic

Basic

Basic

Basic

Basic

Hall B1,2

60

Fundamental

Fundamental

Fundamental

Fundamental

Fundamental

Hall B3,4

60

Solar/Astro

Solar/Astro

Solar/Astro

Solar/Astro

Solar/Astro

Fusion private Sec

Space
WS

MF(2)
WIPP(19h-21h)[6] Registration Fee
6.1 Registration fee
Registration fee should be paid on-line before the conference.
Conference registration site is 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 thatyou have to bring your valid credit card.
Member fee is applied to AAPPS-DPP members and participants join DPP (no membership fee is required). Registration
fee includes 1) Admission to all conference sessions and 2) Conference Materials. Coffee break and welcome reception are freeof charge. All participants are also invited to welcome party on Wednesday evening at superconducting SCMAGLEV and
Railway Park (https://museum.jr-central.co.jp/en/ ) with free drink, food and performance.
Registration fee increased from Oct. 1.
Before Sept. 30, 2023
From Oct. 1, 2023
Member/Join DPP
60, 000 JPY(~450USD)
70, 000 JPY (~500USD)
Member(Retired)/Join DPP
26, 000 JPY(~200USD)
35, 000 JPY(~250USD)
Member(Student)/Join DPP
20, 000 JPY(~150USD)
26, 000 JPY(~200USD)
Non-member
80, 000 JPY(~600USD)
90, 000 JPY(~650USD)
1) No tax is levied on members , For non-members, the price includes consumption tax.

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6.2 On-site Registration
Conference bag including name tag, lunch ticket, dinner ticket, etc. will be given at the on-site registration desk at threeplaces: (A) Port Messe Nagoya, (B) Welcome Reception and (C) NIFS (only for NIFS tour participants).
(A) Port Messe Nagoya On Sunday (Nov.12), 13:00-15:00 (strongly recommended!). From Monday(Nov.13) to
Friday(Nov.17) 8:00-16:30 at the service center A of 1st floor of Main Hall Building.
(B) Welcome Reception ; see [14](C) NIFS (only for NIFS tour participants); see [22]Main hall entrance

Plan view of main hall 1st floor (Service center A)[7] Coffee, water, snack location
Coffee, water bottle, snacks are available at 3rd floor of main hall building, event hall, and 3rd floor of convention center asshown below.

[8] 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 departurefrom the first floor of the Convention Hall at 18:30.

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[9] How to Reach Port Messe Nagoya
Access to Nagoya Station from airports:
If you arrive at Chubu Centrair International Airport, takeAirport 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, which takes 24
minutes. Train runs every 10 minutes between 7am to 9 amwith one way fee of 360JPY. Port Messe Nagoya is 5 minutes
by walk from Kinjyo-Futo Station. See also
http://aappsdpp.org/DPP2023/html/1about/venue.html

Access to the Aonami
Line Platform within
Nagoya Station
Aonami Line
Nagoya Station

Access to the Aonami Line Platform within Nagoya Station

Aonami Line Transit Map[10] Financial assistance : DPP supported limited number of presenters using the resource given by APCTP and ICTP.
Application is closed on May 31. http://aappsdpp.org/DPP2023/html/2join/financial.html Reimbursement will be madedirectly by the funding agency (APCTP, ICTP) for awarded participants after the conference and not on site. DPP also
supported accommodation and waived registration fee for a limited number of presenters especially from developing countries
and retired scientists.
[11] Contributed and Post-deadline Submissions
Contributed abstract submission is closed on June 15. Post deadline abstract submission is extended to September 30 athttps://www.gakkai-web.net/gakkai/aappsdpp/. All accepted post deadline submissions are poster presentation unless oralvacancy is available.
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 be candidates of poster prize.

6[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] Restaurants near the conference venue
There are not many restaurants near the conference venue. Here is list of lunch spots near the Legoland Japan. Those are 6-7
minutes by walk from Port Messe Nagoya.
Maker’s Pier Restaurant Information
Check the wabsite (https://www.makerspier.com/en/shop/) before visiting each restaurant.
Please note that not all restaurants are open every day.

14 B’s Cafe

17 Curry house CoCo Ichibanya

32 Sure Cha

33 Maker’s GRIDDLE

35 Sagami
38 Gottie’s beef

42 Derauma Factory
44 Fujiyama 55[14] Welcome Reception and Welcome Party
14.1 Welcome Reception and Registration Desk:
Date: Sunday, November 12th, 2023
Time (Registration Desk): 17:30-21:00
Time (Welcome Reception): 18:00-21:00
Venue: Cafe & Bar Bon Reine (Web page:https://bonnreine.owst.jp/en/)※Due to circumstances, the venue has been changed
from the first announcement.
A registration desk will be opened at the 2nd floor of therestaurant. A standing buffet-style dinner and beverage
service will be provided.
Access: 8 min. walk from Sakura-dori Side of Nagoya
Station7

14.2 Free Welcome Party and Tour to SCMAGLEV and Railway Park:
Date: Wednesday, November 15th, 2023
Time (Registration): 18:00-18:30
Time (Tour): 18:30-20:30
Time (Party): 19:00-20:30
Venue:SCMAGLEV
and
Railway
Park
(Web
page:
https://museum.jr-central.co.jp/en/)
Access: 5 min. walk from the conference venue, Port Messe Nagoya※Advance registration is required from the participation registration
site, https://forms.office.com/r/rEdsvMGX3H.

How to get to the Venue of the Welcome Party

SCMAGREV and
Railway Park
Train Station

Port Messe Nagoya

5 minutes walk

We expect the number of participants to be around 300, but please note that if thenumber of applications exceeds the planned number, we may not be able toaccommodate your request. This welcome party and tour will be held as a demonstrationof Pre and Post convention programs by Japan Tourism Agency(JTA).

Welcome Party

Snacks served at the welcome party

Free Tour to SuperConducting
MAGLEV and Railway Parkon Nov. 15th, Wednesday

https://www.azumaryu.co.jp/

https://en.wikipedia.org/wiki/Taiko

Program
18:30
19:00
20:00
20:30

Free Tour to SCMAGLEV and Railway Park begins
Welcome Party begins with the cue of KAGAMI BIRAKI
as the opening ceremony
Japanese drum(WADAIKO) performance
adjourn[15] 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 yourhotel, 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 Tsubakichohttps://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

8Plenary Sessions
Note: Further change will be reflected on Web program
Opening1

Chair: Kenichi Nagaoka, Nov. 13 8:30-10:00 [Main Hall]
8:30-8:40: Zensho Yoshida
Opening address from NIFS DG

2

8:40-8:45 Abhijit Sen
Opening address from AAPPS-DPP Chair
8:45-8:50 Mitsuru Kikuchi
Opening address from AAPPS-DPP CEO
8:50-9:05 Kunioki Mima
U30 award ceremony
9:05-9:20 Katsumi Ida
U40 award ceremony
9:20-9:35 Rajdeep Rawat
PIP prize ceremony
9:35-9:50 Rajaraman Ganesh
Chandrasekhar prize ceremony

3
4
5
6
7
8

9:50-10:00 TechYong Tou (President of Malaysian Institute of Physics)
Invitation to AAPPS-DPP2024

Photo break [ LOC ]Plenary 1

Chair: R. Ganesh, R. Rawat, Y. Feng, K. Mima, JM. Kwon, Nov. 13 10:40-13:10[Main Hall]

PL-1

Katsumi Ida (National Institute for Fusion Science, Chandrasekhar Laureate)
Experimental discoveries of a variety of turbulent states of magnetic fusion plasma

PL-2

Takayuki Watanabe (Kyushu University, Plasma Innovation Laureate)
Thermal Plasma Generation for Innovative Materials Processing

PL-3
(B)

Lin I (National Central University)

PL-4
(L)

Michael Campbell presented by John Edword (University of Rochester)
40 years of science on ICF: Conception to Scientific Breakeven on the NIF

PL-5
(MF)

Bin Zhang (Institute of Plasma Physics, Chinese Academy of Science)

Multi-scale cooperative micro-motion and structural rearrangements in cold dusty plasma liquids

Long-Pulse High Performance Plasmas towards ITER and CFETR Steady-State Operation in EAST

9Plenary 2

Chair: R. Matsumoto, T-H Watanabe, P. Diamond, K. Mima, PJ Morrison , Nov. 14 8:30-10:30[Main Hall]

PL-6
(SA)

Feng Yuan (Shanghai Astronomical Observatory)
Outflow from black hole accretion flows

PL-7
(B)

Kohji Yoshikawa (University of Tsukuba)

PL-8
(CD)

Rahul Pandit (Indian Institute of Science, Bangalore)
Elastic and Binary-fluid Turbulence: An overview

PL-9
(F)

Adelle Wright (Princeton Plasma Physics Laboratory)
Innovations in high-fidelity magnetohydrodynamic modelling for advanced stellarators

Vlasov simulation in 6-dimensional phase space for cosmological neutrinos and its application toastrophysical magnetized plasma

Coffee break
Plenary 3

Chair: K. Nagaoka, T. Yamada, F. Waelbloeck, P. Yoon, Nov. 14 11:00-13:00 [Main Hall]

PL-10
(OS)

Gerardo Giruzz (CEA)
Non-Maxwellian electron distribution functions in magnetized fusion plasmas

PL-11
(B)

Qiuyue Nie (Harbin Institute of Technology)
Introduction to SESRI-SPERF, Fundamental Design and Research

PL-12
(MF)

Akinobu Matsuyasma (Kyoto University)
Mixed hydrogen-neon pellet injection in toroidal plasmas – theory and observation

PL-13
(SG)

Iver Cairns (University of Sydney)
A New Ion beam Instability and Radio Emission Driven by Shocks

Plenary 4

Chair: M. Shiratani, Y. Omura, W. Heidbrink, H. Suk, Nov. 15 8:30-10:30 [Main Hall]

PL-14
(A)

Masaru Hori (Nagoya University)
Booming Low-temperature Plasma Sciences for a Creation of New Value

PL-15
(SG)

Quanqi Shi (Shandong University)
The lunar tide observed in Earth’s magnetosphere

PL-16
(OS)

Dmitri Orlov (UCSD)

PL-17
(L)

Chang Hee Nam (IBS&GIST)

Crossover of Space Exploration and Fusion Research: Spacecraft Heat Shields and Meteoroids
in the DIII-D tokamak
Nonlinear Compton Scattering between a Laser-Accelerated multi-GeV Electron Beam and an
Ultrahigh Intensity Laser

Coffee break10Plenary 5

Chair: H. Yamada, B. Schmieder, Wonho Choe, MJ. Choi, Nov. 15 11:00-13:00 [Main Hall]

PL-18
(MF)

Filippo Scotti (Laurence Livermore National Laboratory)

PL-19
(SA)

Shin Toriumi (Japan Aerospace Exploration Agency)
Understanding the universal heating mechanism of solar and stellar atmospheres

PL-20
(A)

Xiaolei Fan (University of Manchester)A reflection on rational design of catalysts for non-thermal plasma (NTP) catalysis

PL-21
(CD)

Yasmin Andrew (Imperial College in London)
Information Geometry Analysis of H-mode transitions

Plenary 6

Chair: JL. Han, W. Wang, P. Yoon, R. Ding, Nov. 16 8:30-10:30 [Main Hall]

PL-22
(SA)

Dongsu Ryu (Ulsan National Institute of Science and Technology)
Shock Waves in the Hot Plasma of Galaxy Clusters

PL-23
(L)

Yutong Li (Institute of Physics, Chinese Academy of Sciences)

PL-24
(SG)

Satyavir Singh (Indian Institute of Geomagnetism, Navi Mumba)
Generation of Kinetic Alfven Waves in the magnetosphere

PL-25
(MF)

Jayhyun Kim (KFE)
Overview of KSTAR research towards DEMO

Detachment and scrape-off layer radial transport characterization in Negative Triangularity
discharges in DIII-D

Femtosecond time-resolved dynamics of fast electrons in relativistic laser-foil interactions

Coffee break
Plenary 7

Chair: TS. Hahm, A. Chian, Tao Shao, YD Yoon, Nov. 16 11:00-13:00 [Main Hall]

PL-26
(CD)

Shin-ichi Takehiro (Kyoto University)
Band structure formation in rotating systems

PL-27
(F)

Fatima Ebrahimi (Princeton Plasma Physics Laboratory)
Magnetic reconnection: From compact fusion to plasma propulsion

PL-28
(A)

Sudeep Bhattacharjee (Indian Institute of Technology, Kanpur)
Plasma potential fluctuations in cold micro-plasma jets : interactive surface feedback
effects on reactive species generation
Troy Carter (UCLA)
Fusion Science and Technology Studies on the Basic Plasma Science Facility

PL-29
(OS)

PL-29: cancelled11Plenary 8

Chair: Y. Omura, T. Shao, C. Sung, I. Murakami, Nov. 17 8:30-10:30 [Main Hall]

PL-30
(SG)

Shuichi Matsukiyo (Kyushu University)

PL-31
(A)

Yi Wu (Xi'an Jiaotong University)
Electrical arc behavior, controlling and their applications in switchgear

PL-32
(OS)

Alexander Knieps (Forschungszentrum Jülich GmbH)
Stochastization effects in magnetized 3D plasmas

PL-33
(B)

Yuri Ralchenko (National Institute of Standards and Technology)
Collisional-radiative modeling for plasma population kinetics and spectroscopy

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

Coffee break
Plenary 9

Chair: K. Itoh, S. Fujioka, R. Dewar, JL. Han, Nov. 17 11:00-13:00 [Main Hall]

PL-34
(CD)

Nobu Yokoi (The University of Tokyo)
Non-equilibrium Turbulence Effect on Plumes

PL-35
(L)

Jerome Faure (Ecole Polytechnique)

PL-36
(F)

Philip Morrison (University of Texas at Austin)

PL-37
(SA)

Huirong Yan (Universität Potsdam)
Compressible MHD turbulence and Cosmic Ray transport

Plenary 10

Chair: R.Pandit, F. Zonca, A. Sen, M. Kikuchi, Nov. 17 16:30-18:30 [Main Hall]

PL-38
(F)

Hideaki Miura (NIFS)
Statistical and structural properties of Hall MHD turbulence

PL-39
(M
F)
PL-40
(F)

Jeronimo Garcia (CEA)
JT-60SA Status and advances towards the initial operational phases

PL-41

Rajdeep Singh Rawat (Nanyang Technological University)
Closing

Observation of carrier-envelope phase effects in a high-repetition rate laser-plasma accelerator

The metriplectic 4-bracket: An inclusive framework for consistently joining Hamiltonian anddissipative systems

Richard Sydra (University of Alberta)
Poster Prize

12

Topical Sessions
Note: Further change will be reflected on Web program13

Cross Disciplinary Session
Cross Disciplinary Program Committee
P.H. Diamond (Chair, UCSD), Eunjin Kim(Vice chair, Coventry U.), T.S. Hahm(Vice chair, SNU), Xavier Garbet(CEA), Steve Tobias(U.
Leeds), Zhibin Guo(PKU), Amita Das(IIT, Delhi), Yusuke Kosuga(Kyushu Univ.), Lu Wang(HUST)

CD-1 Mesoscale Dynamics [Chair: Gyungjin Choi] 14:00-16:00, Nov. 13 [Room6-1]
CD-1-TP1
Minjun Choi (Korea Institute of Fusion Energy)
40minCharacterization of fluctuation and transport in KSTAR edge plasmas using the information-theoretic methodology
CD-1-TP2
Patrick Diamond(UC San Diego)
40min
Elucidating Mesoscopic Dynamics Thru Simple Systems
CD-1-TP3
Ting Long(Southwestern Institute of Physics)
40min
Turbulence spreading and flow shearing dynamics in high density operation
CD-3 Zonal Flow Dynamics [Chair: Lei Qi] 14:00-15:55, Nov. 14 [Room6-1]
CD-3-I1
Taik Soo Hahm(Seoul National University)
25min
Zonal flow generation in the presence of fast ionsCD-3-I2
Weixin Guo(Huazhong University of Science and Technology)
25min
Effects of α particles on plasma confinement and the removal of helium ash in the burning plasmas
CD-3-I3
Qinghao Yan(Southwestern Institute of Physics)
25min
Saturation mechanism for energetic particle induced zonal structureCD-3-I4
Cong Meng(Southwestern Institute of Physics)
25min
Vorticity wave interaction and exceptional points in shear flow instabilities
CD-3-O1
Laila Kahlon(Forman Christian College (a Chartered University))
15min
Zonal flow generation by small-scale drift- ion-acoustic waves in electron–positron–ion plasmas
CD-4 Noise [Chair:Yusuke Kosuga] 16:30-18:10, Nov. 14 [Room6-1]
CD-4-I1
Eun-jin Kim(Coventry University)
Effects of Stochastic Noises on Limit-Cycle Oscillations and Power Losses in Magnetically confined Plasmas and Information Theory
25min
CD-4-I2
Geert Verdoolaege (Ghent University)
25min
An intrinsically probabilistic approach to analyzing stochasticity and uncertainty in fusion plasmas using informationgeometry
CD-4-I3
Patrick Fuller (University of Warwick)
25min
Stochastic prey-predator theory of the L-H transition in fusion plasmas -- time-dependent statistical analysis andinformation theory
CD-4-I4
Yohei Masada (Fukuoka University)
25min
Modeling Convection and Transport in the Sun
CD-5 Magnetic Island-Turbulence Interaction [Chair:M.J. Choi] 14:00-16:05, Nov. 15 [Room6-1]
CD-5-I1
Min Jiang (Southwestern Institute of Physics)
25min
Interaction between magnetic island and turbulence and its impact in facilitating plasma disruption
CD-5-I2
Gyungjin Choi (Seoul National University)
25min
On time evolution of self-generated vortex flows in a tokamak magnetic island
CD-5-I3
Mingyun Cao (University of California, San Diego)
25min
Ballooning Mode in a Stochastic Magnetic Field---A Quasi-mode Model
CD-5-I4Yi Zhang (Southwestern Institute of Physics, U30 winner)
25min
Bifurcation of coherent vortex flow in a magnetic island through nonlinear parity instability
CD-5-I5
Zhangsheng Huang (Huazhong University of Science and Technology)
The effects of three-dimensional magnetic perturbations and finite beta on collissionless trapped electron mode and ion temperature
25min
gradient mode instabilities in tokamak plasmas

CD-6 (Dynamical Processes) [Chair: Ting Long] 16:30-18:30, Nov. 15 [Room6-1]
CD-6-I1
Xiaobo Li (Peking University)
Formation, Propagation and Conversion of Transport Barriers Triggered by Dynamical Critical Gradient in Tokamak Plasmas
25min
CD-6-I2
Shogo Isayama (Kyushu University)
25min
Relativistic particle acceleration in two-dimensional Alfvén wave turbulenceCD-6-I3
Takumi Onchi (Kyushu University)
25min
Measuring permutation entropy and statistical complexity in plasma
CD-6-O1
Jianfu Liu (Kyoto University)
Impact of Safety Factor Curvature on Mode Characteristics and Transport in Reversed Shear Plasmas with Internal Transport Barrier
15min
CD-6-O2
Thomas Ashton-Key (Imperial College London)
15min
Magnetic Behaviour and Information Geometry Across the L-H Transition
CD-6-O3
Joerg Buechner (Max-Planck-Institute for Solar System Research)
15min
Current sheet formation and reconnection in collisionless turbulent plasmas

14

CD-7 Gyrokinetics (joint with MF) [Chair: Wei-Xin Guo] 14:00-16:15, Nov. 16 [Room6-1]
CD-7-TP1
Zhihong Lin (University of California, Irvine)
40min
Role of cross-scale coupling in energetic particle transport
CD-7-I1
Shinya Maeyama (Nagoya University, U40 winner)
25min
Cross-scale interactions between trapped electron mode and electron-temperature-gradient-driven turbulenceCD-7-I2
Lei Qi (Korea Institute of Fusion Energy)
25minRole of isotopes in microturbulence from linear to saturated Ohmic confinement regimes
CD-7-O1
Kotaro Fuji (Nagoya University)
15min
Oscillatory behavior of low-frequency fluctuations in gyrokinetic simulations
CD-7-O2
Tetsuji Kato (The University of Tokyo)
15min
Comparison of collisional and turbulent energy exchanges between ions and electrons in tokamak plasmas
CD-7-O3
Yifei Liu (Institute of Plasma Physics, Chinese Academy of Sciences)15min
Gyro-Landau-fluid simulations of impurity effects on ion temperature gradient driven turbulence transport
CD-8 (Fusion-relevant Physics) [Chair: Eun-jin Kim] 16:15-18:00, Nov. 16 [Room6-1]
CD-8-I1
Wenjing Tian(Tsinghua University)
25min
The Influence of Cross-Phase on Turbulent Transport of Toroidal Momentum
CD-8-I2
Di Hu(Beihang University)
25min
Drift surface solver for runaway electron current dominant equilibria
CD-8-I3
Tong Liu(Dalian University of Technology)
Enhancement of ECCD by current condensation effect for stabilizing large magnetic islands caused by neoclassical tearing mode in
15mintokamak plasmas

CD-8-O1
15min
CD-8-O2
15min

Rui Zhao(Kyoto University)
Characteristics of global micro-instabilities in L-mode states consistent with JT-60U reversed magnetic shear plasmas
Wenqing Hu(SOKENDAI)
Non-linear analyses for phase coupling between density and magnetic fluctuations on H-mode plasma in LHD

15

Fundamental Plasma Physics“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 Program Committee:
Robert Dewar (Chair, ANU), P.J. Morrison (Vice chair, U. Texas at Austin), Susanna Cappello (Consorzio RFX), Fatima Ebrahimi (PPPL),
Zhisong Qu (NTU), Anna Tenerani (U. Texas at Austin), Naoki Sato(U. Tokyo), Abraham Chian (U. Adelaide), Hogun Jhang (KFE), Ding
Li(IOP-CAS), Hideo Sugama (NIFS), Arnab Rai Choudhuri (IISc)
F-1 Quasilinear and wave-particle transport [Chair: Richard Sydra] 14:00-16:10, Nov. 13 [Hall B1,2]
F-1-I1
Alain Brizard (Saint Michael’s College)
25min
Hamiltonian formulations of quasilinear theory for magnetized plasmas
F-1-I2
Vinicius Duarte (Princeton Plasma Physics Laboratory)
25min
Formulation of a self-consistent reduced transport theory for discrete plasma waves near their instability threshold
F-1-I3
Daniel Crews (Zap Energy, Inc.)
25min
Quasilinear and nonlinear simulation of the electron bump-on-tail instability
F-1-I4
Fabio Sattin (Consorzio RFX)
Thresholdless stochastic particle heating by a single wave: Theory and application to RFP ion heating during magnetic reconnections
25min
F-1-O1Zhisong Qu (Nanyang Technological University)
15min
Frequency chirping in the early stage of a near-threshold bump-on-tail instability
F-1-O2
Hogun Jhang (Korea Institute of Fusion Energy)
15min
An extended form of the gyro-averaging operator in the presence of finite magnetic field variation
F-2 Reconnection [Chair: Fatima Ebrahimi] 16:30-18:40, Nov. 13 [Hall B1,2]
F-2-I1
Yasushi Ono (University of Tokyo)
25min
Merging of Two Tokamak Plasmas for High-Power Ion Heating, Magnetic Helicity Injection and Plasma Flow-Drive
F-2-I2
Moe Akimitsu (National Institutes for Quantum Science and Technology (QST))
25min
Multiple Blob Formation in Current Sheet of Merging Tokamak Plasmas
F-2-I3
Tara Ahmadi (The University of Tokyo)
25minIntermittent Merging Operation of Spherical Tokamak Plasmas
F-2-I4Hiroshi Tanabe (University of Tokyo)
25min
Asymmetric fine structure formation of guide field reconnection in merging spherical tokamak formation experiments
F-2-O1
Ritoku Horiuchi (National Institute for Fusion Science)
15min
Profile relaxation by merging of two spherical-tokamak-type plasmoids
F-2-O2
Ryo Someya (University of Tokyo)
15min
Reconnection Outflow Measurement in Tokamak Merging Experiment
F-3 Turbulence & chaos [Chair: Yohei Kawazura] 14:00-16:10, Nov. 14 [Hall B1,2]
F-3-I1
Hongxuan Zhu (Princeton Plasma Physics Laboratory)
25min
Intrinsic toroidal rotation in tokamaks from global total-f gyrokinetic simulations
F-3-I2
Michael Leconte (Korea Institute of Fusion Energy)
25min
Island-induced transport barrier due to turbulence-driven Vortex-Flow
F-3-I3
Punit Kumar (University of Lucknow)
25min
Turbulence and chaos in quantum plasma
F-3-I4
Takeshi Matsumoto (Kyoto University)
25min
Linear response function and its time scale
F-3-O1
Yao-Li Liu (National Cheng Kung University)
15min
The power-law electron acceleration by Levy jumps in turbulent wakefield
F-3-O2
Hideo Sugama (National Institute for Fusion Science)
15min
Local Momentum Balance in Electromagnetic Gyrokinetic TurbulenceF-4 Particle & hybrid approaches [Chair: Phillip Morrison] 16:30-18:25, Nov. 14 [Hall B1,2]
F-4-I1
Ding Li (Institute of Physics, Chinese Academy of Sciences)
25min
Impact of magnetic ﬁeld on the parallel resistivity
F-4-I2
Maria Elena Innocenti (Ruhr-Universität Bochum)
25min
Heat flux regulation by kinetic instabilities
F-4-I3
Dimitrios Kaltsas (International Hellenic University)
25min
Construction of chaotic and integrable equilibria for a hybrid Vlasov-Maxwell system
F-4-I4
Madhurjya P Bora (Gauhati Univetsity)
25min
Response of a complex plasma to external charge perturbations
F-4-O1
Haotian Chen (Southwestern Institute of Physics)
15min
On Gyrokinetic-Fluid Model for Electromagnetic Fluctuations in Magnetized Plasmas

16F-5 Fluid theory including relativistic [Chair: Masaru Furukawa] 14:00-15:55, Nov. 15 [Hall B1,2]
F-5-I125min
F-5-I225min
F-5-I325min
F-5-I425min
F-5-O1
15min

Yohei Kawazura (Tohoku University)
Hall magnetohydrodynamics in relativistically strong mean magnetic ﬁeld
Makoto Hirota (Tohoku University)

Extended magnetohydrodynamic approach to plasma-vacuum interface
Naoki Sato (The University of Tokyo)
On the Grad conjecture in anisotropic MHD
Robert Dewar (Australian National University)
Lagrange Multiplier Formulation of Ideal Magnetohydrodynamics (IMHD)
Peifeng Fan (Anhui University)
High-order field theory and weak Euler-Lagrange-Barut equation for classical relativistic particle-field systems

F-6 Astro & Space [Chair: Francesco Pegoraro] 16:30-18:00, Nov. 15 [Hall B1,2]
F-6-I1
Ben Snow (University of Exeter)
25min
Shock Identification and classification in magnetohydrodynamic (MHD) Turbulence
F-6-I3
Shunsuke Usami (National Institute for Fusion Science)
25min
Pseudo-Maxwellian and Ring Velocity Distributions in Magnetic Reconnection
F-6-I4
Keiichiro Nunotani (The University of Tokyo)
25minClebsch representation and generalized enstrophy for relativistic plasma
F-6-O1
Charles Arrowsmith (University of Oxford)
15min
Astrophysically relevant pair plasma experiments at CERNF-7 Zonal flow, wave-wave & wave-particle interaction [Chair: Zhisong Qu] 14:00-15:55, Nov. 16 [Hall B1,2]
F-7-I1
Kiori Obuse (Okayama University)
25min
Formation of zonal flow and Rossby wave nonlinear interactions in two-dimensional turbulence on a rotating sphere
F-7-I2
Byungjun Kang (National Institute for Fusion Science)
25min
Gyrokinetic studies of electrostatic drift instability driven by fast ion precession in burning plasmas
F-7-I3
Xingquan Wu (Institute of Plasma Physics, Chinese Academy of Sciences)
25min
Drift-kinetic perturbed Lagrangian for low-frequency nonideal MHD applications
F-7-I4
Liu Chen (Zhejiang University)
25min
On Nonlinear Scatterings between Drift Waves and Toroidal Alfvén Eigenmodes in Tokamak Plasmas
F-7-O1
Stephen Vincena (University of California, Los Aangels)
15min
Production of small cross-field structures via thee-wave coupling of shear Alfvén waves and kink waves
F-8 Novel simulation methods [Chair: Vinicius Duarte] 14:10-17:50, Nov. 16 [Hall B1,2]
F-8-I1
William Barham (University of Texas at Austin)
25min
A Hamiltonian model and its structure preserving discretization of the ponderomotive force in 1D
F-8-I2
Francesco Pegoraro (University of Pisa)
25min
Kinetic closure with a charged disk model
F-8-I3
Seiki Saito (Yamagata university)
25min
Emission of high rovibrational molecules from tungsten divertor
F-8-I4
Richard Sydora (University of Alberta)
15min
Gyrokinetic simulation of chaotic cross-field electron transport in high wavenumber shear Alfven wave fields andcomparison with experiments
F-9 Relaxation toward equilibrium & AI [Chair: Naoki Sato] 14:00-15:30, Nov. 17 [Hall B1,2]
F-9-I1
Takayoshi Sano (Osaka University)
25min
Richtmyer-Meshkov Instability in Magnetized Plasmas
F-9-I3Young Dae Yoon(Asia Pacific Center for Theoretical Physics)
25min
Relaxation process of fundamental magnetized plasma structures
F-9-I4
Jagannath Mahapatra(Institute for Plasma Research)
25min
Force-free magnetic island coalescence instability and Shear flow effects
F-9-O1
Masaru Furukawa (Tottori University)
Change of relaxation path by inclusion of Hamiltonian dynamics to simulated annealing of reduced magnetohydrodynamics
15min

17

Basic Plasma Physics“Basic” covers 1. Plasma Simulation, 2. Strongly-coupled& Dusty& Quantum plasmas, 3. Atomic& Molecular in plasma for astro/solar/space, laser, lowtemp 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

Basic Program Committee:
Sudeep Bhattacharjee(Chair, IIT-Kanpur), Takuma Yamada (Vice chair, Kyushu U.), Zhibin Guo (PKU), Fernando Haas (Vice chair,
UFRGS), Tito Mendonca(U. Lisbon), Yan Feng(Vice chair, Soochow U.), R. Ganesh (IPR), T-H Watanabe(Vice chair, Nagoya U.), Xueqiao
Xu(LLNL), Izumi Murakami(Vice chair, NIFS),Cormac Corr (ANU), M. Nishiura(Vice, NIFS), Choongki Sung(KAIST), Kazunori
Takahashi (Vice, Tohoku U.), Debaprasad Sahu (IIT-Delhi)
B-1 Dusty Plasma [Chair:Sudeep Bhattacharjee, Yan Feng] 14:00-16:10, Nov. 13 [Hall A1]
B-1-I1
Yan Feng (Soochow University)
25min
Dynamical crossover from liquid to gas-like state in dusty plasmas
B-1-I2
Sanat Tiwari (Indian Institute of Technology Jammu)
25min
Kinetic modelling of Rayleigh-Taylor instability and turbulent mixing in strongly coupled dusty plasmas
B-1-I3Fernando Haas(Federal University of Rio Grande do Sul)
25min
Compton Scattering in Quantum Plasmas
B-1-I4
Swarnima Singh (Institute for Plasma Research, U30 winner)
Breaking the Hexagonal Lattice Barrier: Experimental Achievement of Square Lattice Formation in 2D Dusty Plasma Crystal
25min
B-1-O1
Saba Majeed Gondal(University of Engineering and Technology)
15min
Multiscale self-organized triple Beltrami states in four-component dusty plasmas
B-1-O2Samiran Das(Central Institute of Technology Kokrajhar)
Role of magnetic field in propagation of Dust-Ion Acoustic (DIA) solitary waves in a multi-species dusty plasma with Cairn’s distributed
15minelectrons and quantum effect in inertia less electrons

B-2 Basic Plasma Experiments [Chair:Takuma Yamada, Zhibin Guo] 16:30-18:40, Nov. 13 [Hall A1]
B-2-I1
Yuichi Kawachi (Kyoto Institute of Technology)
25min
Observation of spatiotemporal dynamics of high wavenumber turbulence in a linear magnetized plasma
B-2-I2
Mikhail Shneider (Princeton University)
25min
Dynamic Plasma Contraction of the Weakly Ionized Non-Equilibrium Molecular Flow
B-2-I3Chengxun Yuan (Harbin Institute of Technology)
The nonlinear dynamic behaviors in an undriven direct current glow discharge: bifurcation-remerging process, intermittency and hysteresis
25min
B-2-I4
Aohua Mao (Harbin Institute of Technology)
25min
Three-dimensional reconnection studies for SPERF-AREX experiments
B-2-O1
Kazuma Emoto (Himachal Pradesh University)
15min
Effects of high-energy electrons on the low- and high-temperature plasma expansion in the divergent magnetic fields
B-2-O2
Hao Liu (Southwestern Institute of Physics)
15min
Inward particle transport driven by low-frequency modes in cylindrical magnetized plasma
B-3 Plasma Sources and Plasma Simulation [Chair: Kazunori Takahashi, Debaprasad Sahu] 14:00-16:10, Nov. 14 [Hall A1]
B-3-I1
Taisei Motomura (National Institute of Advanced Industrial Science and Technology (AIST))
25min
Suppression of substrate temperature by balanced magnetron plasma sputtering source
B-3-I2Atsushi Okamoto (Nagoya University)
25min
Volumetric recombination of high density plasma in converging field following an ECR plasma source
B-3-I3Ramesh Narayanan (Indian Institute of Technology, Delhi)
25min
The effect of magnetic field configurations in ion beam generation using a Compact ECR plasma source
B-3-I4Haruhisa Nakano (National Institute for Fusion Science)
25min
Basic research on negative ion source for fusion using FA, RF and hybrid ion sources
B-3-O1
Liang Xu (Soochow University)
15min
Particle-based simulations of rotating spokes in radio frequency magnetron discharges
B-3-O2
Shinji Koide (Kumamoto University)
15min
Formation of intermediate shock in nonlinear Alfven wave and plasma heating
B-4 Plasma Diagnostics and Plasma Theory [Chair: Masaki Nishiura, Sudeep Bhattacharjee] 16:30-18:40, Nov. 14 [Hall A1]
B-4-I1
Koichi Kan (National Institutes for Quantum Science and Technology (QST))
25min
Ultrafast observation of the Lorentz transformation around a relativistic electron beam
B-4-I2
Zhang Ling (Institute of Plasma Physics, Chinese Academy of Sciences)
25min
Recent progress on high-Z impurity diagnostics development and tungsten transport study on EAST tokamak
B-4-I3
Akio Sanpei (Kyoto Institute of Technology)
25min
Estimation of three-dimensional emissivity distribution with multi-imaging technique
B-4-I4
Yong Un Nam (Korea Institute of Fusion Energy)
25minInterferometer Systems on KSTAR
B-4-O1
Haibao Zhang(Beijing Institute of Graphic Communication, also BP-6)
15minBlue core phenomena in nonuniform helicon plasma
B-4-O2
Jingfeng Yao (Harbin Institute of Technology)
15minStudy of low pressure gas discharge plasma by using nonlocal approximation18

B-5 Plasma Simulation [Chair:Tomo-Hiko Watanabe/Xueqiao Xu, Shinya Maeyama] 14:00-16:10, Nov. 15 [Hall A1]
B-5-I1
Weixing Wang (Princeton Plasma Physics Laboratory)
25min
On plasma self-driven current in the context of tokamak steady state operation
B-5-I2
Nami Li (Lawrence Livermore National Laboratory)
25min
SOL Width Expansion driven by Fluctuation Energy Intensity Flux
B-5-I3Rei Kawashima (Shibaura Institute of Technology)
25min
Numerical Analysis of the Gradient Drift Instability and its Control in Hall Thruster Plasmas
B-5-I4
Yutaro Nakajima (Kyoto Institute of Technology)
Numerical analysis of time-evolution starting from equilibrium states of electrically non-neutral two-fluid plasmas by 2D3V PIC simulation
25min
B-5-O1
Swapnali Khamaru(Institute for Plasma Research)
15min
Ion-driven electron cloud dynamics in a non-axisymmetric torus: A 3D3V Particle-in-Cell study
B-5-O2
Takayuki Umeda (Nagoya University)
15min
Recent advances in numerical schemes for plasma particle-in-cell simulations
B-6 Basic Plasma Experiments [Chair:Zhibin Guo, Takuma Yamada] 16:30-18:40, Nov. 15 [Hall A1]
B-6-I1
Tianchao Xu (Peking University)
25min
Investigation of inward particle flux formation in the PKU Plasma Test (PPT) device
B-6-I2
Cormac Corr (Australian National University)
25min
Research Activities at the Magnetised Plasma Interaction Experimental Facility
B-6-I3
Hong Yu Chu(National Chung Cheng University)
25min
A 10-cm long atmospheric pressure filamentary discharge produced in helium spiral vortex
B-6-I4
Subir Biswas(Institute of Advanced Study in Science and Technology)
25min
Investigation of Ionization Instability in a Linear Plasma Device
B-6-O1
Ayesha Nanda(Indian Institute of Technology Kanpur, also BP-26)
15min
Energy exchange in a compact dipole plasma: thermodynamical investigations through measurements and modeling
B-6-O2
Bryan Teo (Australian National University)
15min
Investigating the temperature dependence of helium bubble dynamics in plasma exposed tungsten via in-situ TEM annealing
B-7 Atomic and Molecular Physics and Plasma Wall Interaction [Chair: Izumi Murakami, Cormac Corr] 14:00-16:10, Nov. 16 [Hall A1]

B-7-I125min
B-7-I225min
B-7-I425min
B-7-O115min
B-7-O215min

Masaomi Tanaka (Tohoku University)
Heavy element atomic data for multi-messenger observations of neutron star mergers
Mayur Kakati (Centre of Plasma Physics-IPR, Sonapur)
Studies on the retarded recrystallization of tungsten in the CPP-IPR CIMPLE-PSI device
Maryna Bilokur (Australian National University)
High entropy alloys in advanced nuclear applications
Yun-Xuan Zhang (National Central University)
Screw dislocation dynamics in the transient relaxation of confined Yukawa liquids after quenching
Mamta Yadav(Indian Institute of Technology, Delhi)
Formation and dynamics of structures in strongly coupled medium driven by electrostatic interactions

B-8 Quantum Plasma and Plasma Theory [Chair: Rajaraman Ganesh, Jose Tito Mendonca] 16:10-17:40, Nov. 16 [Hall A1]
B-8-I2
Rozina Chaudhary(Lahore College of Women University)
25min
Signatures of quantum effects on the nonlinear Landau damping of transverse electromagnetic waves in degenerate plasma
B-8-I3Supratik Banerjee(Indian Institute of Technology, Kanpur)
25min
A new universal mechanism for the turbulent relaxation in incompressible fluids and plasmas
B-8-I4
Rajaraman Ganesh (Institute for Plasma Research)
25min
Dynamical Phase Transitions in Active Complex Plasma
B-8-O1
Subhasish Bag(Indian Institute of Technology Delhi, also BP-7)
15min
One dimensional studies of electrostatic modes in microplasma
B-9 Dusty Plasma and Plasma Sources [Chair: Sudeep Bhattacharjee, Rajaraman Ganesh] 14:00-16:10, Nov. 17 [Hall A1]
B-9-I1
Suruj Jyoti Kalita (Institute for Plasma Research)
25min
3D Molecular Dynamics Simulation of Dust Charge Dynamics in a Coulomb Screened Plasmas
B-9-I2
Ankit Dhaka (Institute for Plasma Research, India)
25min
Spontaneous Fluctuations of Densities in Strongly Coupled Complex Plasma
B-9-I3
Gohar Abbas (Government College University Lahore)
25min
Kinetic dispersion theory of linear dispersion relations in anisotropic plasmas: An alternative approach
B-9-I4
Naomichi Ezumi (University of Tsukuba)
Development of High Density and Large Diameter Plasma Sources in Superconducting mirror device Pilot GAMMA PDX-SC
25min
B-9-O1
Krishan Kumar (Institute for plasma research)
15min
Trapping of wave in a flowing dusty plasma
B-9-O2
Aman Singh Katariya (Indian Institute of Technology, Delhi)
15min
Diffusive transport of magnetized dusty plasma

19Applied Plasma Physics
Applied Program Committee:
Tao Shao(Chair, IEE-CAS), Haixing Wang(Beihang U.), Hyun-Ha Kim(Vice chair, AIST), Douyan Wang(Kumamoto U.), Dae Hoon
Lee(Vice, KIMM), Sooseok Choi(Jeju Nat. U.), Srikumar Ghorui(Vice chair, HBNI), Alphonsa Joseph(IPR), Shuyan Xu(Vice chair, NTU),
Anne Mai-Prochnow(Vice chair, U. Sydney), Michael Keidar(Vice chair, George Washington U.), Allen Garner(Purdue U.), Xin Tu(U.
Liverpool), Giichiro Uchida(Meijo U.), Hiroshi Akatsuka(TI Tech), Kazunori Koga(Kyushu U.),
A-1 Plasma source technology [Chair: Yi Wu] 14:00-16:10, Nov. 13 [Room4]
A-1-I1
He-Ping Li (Tsinghua University)
Applications of the “Energy Tree” Concept in Active Control of Key Parameters in Collision-Dominated Low-Temperature Plasmas
20min
A-1-I2
Su-Rong Sun (Beihang University)
20min
Investigation of aerothermodynamic characteristics based on flowfield-radiative transfer coupled model
A-1-I3
Kotaro Yamasaki (Hiroshima University)
20min
Development of large channel diameter plasma window using indirectly heated hollow cathodeA-1-I4
Yang Cao (Technion - Israel Institute of Technology)
20min
Ionization-assisted self-compression of an ultra-intense, ultra-short microwave pulse in a gas-filled waveguide
A-1-I5Kai Zhao (Dalian University of Technolgoy)
Effects of low-frequency voltage on nonlinear standing wave excitation and ion dynamics in dual-frequency asymmetric capacitive discharges
20min
A-1-O1Zhuo Huang (South-Central Minzu University)
15min
Role of rotation in the field penetration threshold in magnetized plasma
A-1-O2
Anthony B. Murphy(CSIRO Manufacturing)
15min
Coupled computational models of the arc plasma and the metal in wire-arc additive manufacturing
A-2 Plasma material synthesis [Chair: Masaru Hori] 16:30-18:20, Nov. 13 [Room4]
A-2-I1
Yasunori Tanaka (Kanazawa University)
High-Rate Production of Nanomaterials using Modulated Induction Thermal Plasmas and its Optimization by Machine Learning
20min
A-2-I2
Qing Zhang (Shanghai Jiao Tong University)
Cancer-Targeting Carbon Quantum Dots Synthesized by Plasma Electrochemical Method for Red Light Activated Photodynamic Therapy
20min
A-2-I3
Shaojun Xu (Hefei University of Technology)
20min
Non thermal plasma with metal-organic frameworks (MOFs) for challenging catalytic processes
A-2-I4
Magdaleno Vasquez(University of the Philippines Diliman)
20min
Deposition of transparent conducting oxide thin films using pressed powder targets
A-2-O1
Suresh C. Sharma(Delhi Technological University)
Analysis of Cylindrical Double Gate Junction less Carbon Nanotube Field Effect Transistor (JL-CNTFET) for Sensing Applications
15min
A-2-O2
Abhishek Sharma(JECRC University Jaipur)
Investigation of structural, optical and electrical properties of Zinc Oxide (ZnO) thin film on Silicon (Si) substrate using RF Magnetron
15min
sputtering approach

A-3 Plasma energy conversion [Chair: Xiaolei Fan] 14:00-16:10, Nov. 14 [Room4]
A-3-I1
Tomohiro Nozaki (Tokyo Institute of Technology)
20min
Elucidating plasma-surface interaction mechanism for CO2 conversion toward decentralized low carbon technology
A-3-I2
Jungmi Hong (The University of Sydney)
20min
Green chemical pathway of N2 fixation: Perspectives from plasma modelling
A-3-I3
Shinji Kambara (Gifu University)
20min
Plasma membrane packed bed reactor for hydrogen production from ammonia
A-3-I4
Yuan Gao(Institute of Electrical Engineering, Chinese Academy of Sciences)
Investigation of synergic response on low temperature plasma catalytic C1 conversion for the production of platform chemicals
20min
A-3-I5
Hao Zhang (Zhejiang University)
20min
Gliding arc plasma-assisted CO2 conversion: Unlocking the efficiency
A-3-O2
Yuxuan Xu(Institute of Electrical Engineering, Chinese Academy of Sciences)
15min
A compact portable power supply-driven dielectric barrier discharge and spark discharge plasma-assisted CO2 conversion
A-4 Discharge mechanism and simulation research [Chair: Anbang Sun] 16:30-18:25, Nov. 14 [Room4]
A-4-I1
Yangyang Fu (Tsinghua University)
20min
Microplasma interacting with complex surfaces
A-4-I2
Weizong Wang presented by Yifei Li (Beihang University)
Particle modelling of a miniature neutralizer-free radio-frequency ion thruster for small satellite applications: revealing the mechanism of
20minplasma generation, ion acceleration and plume neutralization

A-4-I320min
A-4-I420min
A-4-I520min
A-4-O1
15min

Kazunori Takahashi (Tohoku University)
Magnetic nozzle rf plasma thruster: performance improvement and electron detachment
Shinya Kumagai (Meijo University)
Non-Thermal Atmospheric Pressure Plasma for Controlling Cell Fate
Linlin Zhong (Southeast University)
Application prospect of AI-driven differentiable plasma modeling
Chen-Pin Chang(National Central University)
Numerical Study of Dusty Particle Motion in Plasmas with Considering Charging Processes20A-5 Plasma medicine [Chair: Sudeep Bhattacharjee] 14:00-15:30, Nov. 15 [Room4]
A-5-I3
Mohammad I Hasan (University of Liverpool)
20min
Transport processes in Plasma Activated Droplets
A-5-I4
Lin Li (George Washington University)
20min
Multi-scale mapping between the control parameter space and a cold atmospheric plasma chemical space
A-5-I5
Pankaj Attri (Kyushu University, U40 winner)
20min
Catalase enzyme inhibition's effects on plasma medicine
A-5-O1
Abhijit Mishra (Indian Institute of Technology Jodhpur)
15min
Surface Analysis of White Grapes treated using Argon Cold Atmospheric Pressure Plasma Jet
A-5-O2
Sushil Kumar KC (University of South Australia)
15min
Testing the capabilities of a commercial economical power supply in plasma medicine
A-6 Plasma deposition and surface modification [Chair: Shinichi Tashiro] 16:30-18:35, Nov. 15 [Room4]
A-6-I1
Rajdeep Singh Rawat (Nanyang Technological University)
20min
Low temperature plasma based anti-fogging and anti-fingerprinting coatings
A-6-I3
Wenfu Wei (Southwest Jiaotong University)
20min
Improving the carbon-matrix composites performance by self-assembly of plasma-modified carbon fiber with graphene oxide
A-6-I4
Anne Mai-Prochnow (University of Sydney)
The importance of cold plasma-generated short-lived reactive species, especially superoxide anion radicals, in anti-biofilm activities
20min
A-6-I5
Wenjun Ning (Sichuan University)
20min
Atmospheric pressure plasma jet for surface treatment: a simulation perspective
A-6-O1
Hao Yuan(Dalian University of Technology)
15min
Atmospheric pressure discharge plasma - atomic emission spectroscopy used for elemental analysis
A-6-O2Anisa Qamar (University of Peshawar)
15min
Plasma Treated Vertically Aligned Tellurium Nanorods Enhances Field Emission and Photoluminescent
A-6-O3
Hongli Wang (Dalian University of Technology)
Porous, highly concentrated amino zeolites prepared by nanosecond pulse discharge-amino co-functionalization for efficient Ni(II) wastewater
15min
treatment

A-7 Plasma pollutant degradation [Chair: Xuekai Pei] 14:00-16:10, Nov. 16 [Room4]
A-7-I1
Xiaoxing Zhang (Hubei University of Technology)
20min
Study on the effects of active gas on the degradation of SF6 by dielectric barrier discharge
A-7-I2De-Zheng Yang (Dalian University of Technology)
20min
Degradation of high salinity organic wastewater by plasma Synergistic catalysis
A-7-I3Yu Zheng (Wuhan University)
20min
Insulation characteristics of eco-friendly insulating gas with potential to replace SF6 at equivalent pressure
A-7-I4Boya Zhang (Xi'an Jiaotong University)
20min
Electron Swarm Parameters and Electron–Neutral Collision Cross-sections of Eco-friendly SF6 Alternative Gases
A-7-I5
Jiushan Cheng (Beijing Institute of Graphic Communication)
20min
The degradation of perfluorooctanoic acid by Non-thermal plasma at atmospheric pressure
A-7-O1David Alam (The University of Sydney)
15min
Removal kinetics of PFAS utilising bubble flotation and non-thermal plasma
A-7-O2
Yao Li (Dalian University of Technology)
15minHigh efficiency NOx synthesis and regulation using dielectric barrier discharge in the needle array packed bed reactor
A-8 Basic discharge process [Chair: Fu Yangyang] 16:10-17:45, Nov. 16 [Room4]
A-8-I120min
A-8-I220min
A-8-I320min
A-8-I520min
A-8-O115min
A-8-O2
15min

Toshiro Kaneko (Tohoku University)
Gas-liquid interfacial plasmas: Controlled generation of short-lived reactive species and its applications
Qing Yang (Chongqing University)
Discharge mechanism and mathematical physical model of AC air arc plasma
Yifei Wu (Xi'an Jiaotong University)
Vacuum arc erosion behavior in hybrid DC interruption
Quan-Zhi Zhang (Dalian University of technology)
Simulations of magnetized rf discharge based on 1D/2D PIC models
Jie Bai (Beijing Institute of Technology)
Study on breakdown mechanisms and hydrodynamic effects in pulsed discharge across gas-liquid interface
Huihui Wang (Tsinghua University)
Similarity rule for inductively radio frequency plasma with thermo-hydrodynamic coupling effects

A-9 Plasma jet application [Chair: Weizong Wang] 14:00-14:20, Nov. 17 [Room4]
A-9-I5
Xiaolong Huang (Sichuan University)
20min
Anode Jet in High Current Vacuum Arc

21

A-10 Plasma material processing-1 [Chair: Rajdeep Singh Rawat] 16:30-18:20, Nov. 13 [Room6-2]
A-10-I1
Naho Itagaki (Kyushu University)
Fabrication of ZnO based transparent conducting oxides by sputtering combined with solid phase crystallization : a way to meet the future
20min
demand for transparent electrodes

A-10-I3
20min

Shinichi Tashiro (Osaka University)

A-10-I4
20min
A-10-I5
20min
A-10-O1
15min
A-10-O2
15min

Thi-Thuy-Nga Nguyen (Nagoya University)
Wet-like plasma for the next generation of atomic layer etching
Hom Baniya (Tribhuvan University)
Generation and Characterization of Cold Atmospheric Pressure Plasma Jet and Its Applications
Kathrina Lois Taaca (University of the Philippines Diliman)
Biofunctionalization of Chitosan-Acrylic Acid Hydrogel through Atmospheric Pressure Plasma-initiated Polymerization
Jian Ping Liang (Dalian University of Technology)
Study on the application of atmospheric pressure gas-liquid discharge plasma in the degradation of antibiotics in multiphaseenvironmental wastewater

Elucidation of arc coupling mechanism in plasma-MIG hybrid welding process through spectroscopic measurement of 3D distributions ofplasma temperature and iron vapor concentration

A-11 Plasma material processing-2 [Chair: Yasunori Tanaka] 16:30-18:05, Nov. 14 [Room6-2]
A-11-I1
Uros Cvelbar (Jozef Stefan Institute)
20min
Design of advanced nanoplasmonic sensors
A-11-I3
Kunihiro Kamataki (Kyushu University)
20min
Development of Predictions of Optimal Plasma Processing Experimental Conditions via Machine Learning Method
A-11-I4
Qiang Chen(Xiamen University)
20min
Synthesis of metal nanoparticles from DC discharge plasmas insider a solution
A-11-I5
Yeqiang Deng(Wuhan University)
Characteristics of corona discharge on blade tip and its impact on streamer - leader conversion under thunderstorm and high speed airflow
20min
A-11-O2 Mark Ilasin (University of the Philippines)
15min
Deposition of Diamond-like Carbon Thin Films on Silicon and Silicon Nitride
A-12 Plasma agriculture [Chair: Anthony B. Murphy] 16:30-17:45, Nov. 15 [Room6-2]
A-12-I1
20min
A-12-I3
20min
A-12-I4
20min
A-12-O1
15min

Xuekai Pei (Wuhan University)
Warm air plasma jet for nitrogen fixation coupled with heterogeneous catalysis
Ram Prakash (Indian Institute of Technology, Jodhpur)
Non-equilibrium cold plasma technologies for health and agricultural applications
Takamasa Okumura (Kyushu University)
Impact of plasma irradiation on plant seeds metabolism
Bryndell Alcantara(University of the Philippines Diliman)
Surface Treatment of Bambusa Blumeana using an Atmospheric Pressure Plasma System

22

Laser Plasma Physics
Laser Program Committee
Hyyong Suk(Chair, GIST), Min Chen(Vice chair, SJTU), Shinsuke Fujioka(Vice chair, Osaka U.), Kitae Lee(Vice chair, KAERI), Prashant
Kumar Singh(Vice chair, TIFR), Yoshitaka Mori(GPI), Takuo Okuchi(Kyoto U.), Mamiko Nishiuchi(QST), Byoung-ick Cho(GIST), Jaehoon Kim(KERI), Minsup Hur(UNIST), Zheng-Ming Sheng(SJTU), Jian Zheng(USTC), Yongtao Zhao(XJTU), Bin
Qiao(PKU), Mrityunjay Kundu(IPR), Bhuvanesh Ramakrishna(IIT-Hyderabad), Tae Moon Jeong(ELI), Kei Nakamura (LBL), Anand
Moorti (RRCAT), Weimin Zhou (CAEP)
L-1 Laser Fusion [Chair: Yutong Li] 14:00-16:10, Nov. 13 [Room1]
L-1-I1
Shinsuke Fujioka (Osaka University)
25min
Recent progress of experimental studies on fast-ignition inertial fusion energy
L-1-I2
Woosuk Bang (Gwangju Institute of Science and Technology (GIST))
25min
Laser fusion study at GIST
L-1-I3
Tao Tao (University of Science and Technology of China)
25min
Machine learning assisted pulse shaping for double cone ignition implosions
L-1-I4
Kohei Yamanoi (Osaka University)
25min
Fabrication of cupper containing deuterated material target for laser plasma diagnostics
L-1-O1
Yu Dai (Institute of Physics, Chinese Academy of Sciences)
15min
Experimental investigation of laser ablated hydrodynamic instability at late driving period
L-1-O2
Yihang Zhang (Institute of Physics, Chinese Academy of Sciences)
15min
Enhanced proton-boron fusion Mendoncain laser-modulated plasma
L-2 Electron/Ion Acceleration I [Chair: MinSup Hur] 16:30-18:40, Nov. 13 [Room1]
L-2-I1
Igor Andriyash (Laboratoire Optique Appliquee)
25min
Laser-Plasma Acceleration Beyond the Diffraction and Dephasing Limits
L-2-I2
Nobuhiko Nakanii (National Institutes for Quantum Science and Technology (QST))
25min
Beam stabilization and control of laser wakefield acceleration by laser near field shaping
L-2-I3
Minseok Kim (Pohang Accelerator Laboratory (PAL))
25min
Laser-plasma accelerator research at PAL
L-2-I4
Vishwa Bandhu Pathak (Vellore Institute of Science and Technology)
25min
All-optical control on acceleration length to optimize laser wakefield acceleration
L-2-O1
Yang Wan (Zhengzhou University)
15min
Femtosecond electron microscopy of laser-plasma wakefield dynamics
L-2-O2
Animesh Sharma (Indian Institute of Technology, Delhi)
15min
Short Pulse Interaction with Droplet Generated Microplasmas
L-3 Ion and Neutron Generation I [Chair: Yuichi Sakawa] 14:00-16:05, Nov. 14 [Room1]
L-3-I1
Hui Zhang (Shanghai Institute of Optics and Fine Mechanics)
25min
SULF laser-driven proton acceleration
L-3-I2
Ha-Na Kim (Korea Atomic Energy Research Institute)
25min
Generation of nonthermal ion beams from layered targets irradiated by an ultraintense laser pulse
L-3-I3
Vikrant Saxena (Indian Institute of Technology Delhi)
25minProton acceleration using laser irradiation of micro-structured targets
L-3-I4
Yuki Abe (Osaka University)
A multi-channel scintillation counter for GeV-scale multi-species ion spectroscopy in laser-driven particle acceleration experiments
25min
L-3-I5
Kazumasa Takahashi (Nagaoka University of Technology)
25min
Effect of applying solenoidal magnetic field on laser ion source
L-4 Intense Laser/beam-Matter Interactions I [Chair: Woosuk Bang] 16:30-18:40, Nov. 14 [Room1]
L-4-I1
Weimin Wang (Renmin University of China)
25min
QED-induced opacity and dense polarized positrons and electrons generation in laser-solid interaction
L-4-I2
Kaoru Sugimoto (Kyoto University)
25min
Numerical modeling of GeV positron generation in relativistic laser-plasma interaction
L-4-I3
Zhi-Meng Zhang (Laser Fusion Research Center)
Experimental studies on the electron acceleration and positron generation in the interaction of Petawatt femtosecond lasers with gas targets
25min
L-4-I4
Hyyong Suk(Gwangju Institute of Science and Technology)
25min
Plasma generation and diagnostics for plasma-based laser pulse compression
L-4-O1
Jianui Bin (Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences)
15min
Transverse instabilities induced periodic modulation in laser driven proton beams
L-4-O2
Laxman Prasad Goswami (Indian Institute of Technology Delhi)
15min
Diamagnetic drift induced laser energy absorption in hot magnetized plasma observed by Particle – In – Cell simulations23

L-5 Electron/Ion Acceleration II [Chair: Vishwa Pathak] 14:00-16:10, Nov. 15 [Room1]
L-5-I1
Kyungnam Kim (Korea Electrotechnology Research Institute)
25min
Medical application of high energy electron beams by laser wakefield accelerator
L-5-I2
Ming Zeng (Institute of High Energy Physics, Chinese Academy of Sciences)
25min
Recent progresses of plasma wakefield acceleration studies at IHEP
L-5-I3
Devki Nandan Gupta (University of Delhi)
25minControlled and Optimized Electron Bunch Generation from Laser Wakefield Accelerators
L-5-I4
MinSup Hur (UNIST)
25min
Study of Plasma Oscillator as a Radiation Source for Compact Electron Accelerators
L-5-O1
Ming-Wei Lin (National Tsing Hua University)
Enhanced pointing and charge stabilities for electron beams from few-TW laser wakefield acceleration with a shaped sub-mm gas jet
15min
L-5-O3Wenpeng Wang (Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences)
15min
Collimated proton acceleration driven by intense Laguerre-Gauss laser
L-6 Fundamental Laser Plasma [Chair: Nobuhiko Nakanii] 16:30-18:40, Nov. 15 [Room1]
L-6-I1Yin Shi (University of Science and Technology of China)
25min
Efficient generation of axial magnetic field by multiple laser beams with twisted pointing directions
L-6-I2
Yongli Ping (Beijing Normal University)
25min
Turbulent magnetic reconnection generated by intense lasers and electron acceleration
L-6-I3
Aurelien Houard (Ecole Polytechnique)25min
Laser-guided lightning using kHz filamentation at 1030 nm
L-6-I4
Kentaro Tomita (Hokkaido University)
Measurements of electron density, electron temperature, and velocity field in laser-produced EUV source plasmas using collective Thomson
25minscattering

L-6-O115min
L-6-O2
15min

Rohit Juneja (Indian Institute of Technology, Delhi)
Laser Energy Absorption by Ions in a magnetized plasma
Trishul Dhalia (Indian Institute of Technology, Delhi)
Two dimensional simulations showing localized resonance absorption of a high-power microwave energy in plasma aided by inhomogeneous
external magnetic field

L-7 Ion and Neutron Generation II [Chair: Yuki Abe] 14:00-16:10, Nov. 16 [Room1]
L-7-I1
Youichi Sakawa (Osaka University)
25min
Ion acceleration in a high-intensity laser-driven collisionless shock
L-7-I2
Masayasu Hata (National Institutes for Quantum Science and Technology (QST))
Estimation of laser parameters for generating enough number of energetic heavy ions for applying as the injector of the next generation heavy
25min
ion synchrotron accelerator

L-7-I325min
L-7-I425min
L-7-O115min
L-7-O215min

Wei Qi (Laser Fusion Research Center)
Experiment research progress of the short-pulse laser driven neutron source at the Laser Fusion Research Center
Zechen Lan (Osaka University)
Neutron resonance spectroscopy using a single pulse of laser-driven neutrons
Meng-Hock Koh (Universiti Teknologi Malaysia)
Radioisotope production yield using ejectiles generated from high intensity laser simulation
Meng Liu (Institute of Physics, Chinese Academy of Sciences)
Steady Radiation Pressure Acceleration Driven by 10-100 PW Laser with Foil Thickness Adjustable within Micrometers

L-8 Intense Laser/beam-Matter Interactions II [Chair: Wei-Min Wang] 16:10-17:40, Nov. 16 [Room1]
L-8-I1
Shuta Tanaka (Aoyama Gakuin University)
25min
Proof-of-principle experiment of induced Compton scattering: a laser-plasma interaction around extreme astrophysical objects
L-8-I2Masato Ota (National Institute for Fusion Science, U30 winner)
25min
Observing the birth of relativistic Coulomb fields
L-8-I3
Shunsuke Yamada (National Institutes for Quantum Science and Technology (QST))
25min
First-principles calculations for ultrafast and nonlinear dynamics of light pulses and electrons
L-8-O1
Zheng-Mao Sheng (Zhejiang University)
15min
Quantum Effects on Nuclear Fusion in Plasma Target Irrigated by Energetic Ion Beam
L-9 Radiation Sources and Laser [Chair: Igor Andriyash] 14:00-15:30, Nov. 17 [Room1]
L-9-I1
Jiahao Wang (Hiroshima University)
25min
Development of laser-produced Au plasma for water window x-ray radiation sources
L-9-I2
Qing Jia (University of Science and Technology of China)
25min
Plasma-based generation and application of intense vector beams
L-9-I4
Yasuhiro Miyasaka (National Institutes for Quantum Science and Technology (QST))
25min
Optically parametric chirped-pulse amplification pumped by optically synchronized sub-nanosecond Nd:YAG laser
L-9-O1
Ying Shan Chen (National Central University)
15min
Numerical Simulation of Ion-Based Water-Window Harmonic Generation in Laser-Irradiated Gases

24

Space and Geomagnetism Plasma Physics
Space/ Geomagnetism Program Committee:
Yoshiharu Omura(Chair, Kyoto U.), Peter Yoon(Vice chair, U. Maryland), QuanMing Lu(Vice chair, USTC), Tohru Hada(Kyushu U.),
Lin-Ni Hau(NCU), Dong-Hun Lee(Kyung Hee U.), Abraham Chia(U. Adelaide), Gurbax Lakhina(IIG), Nazish Rubab(UCP), David
Ruffolo(Mahidol U), Meng Zhou(Nanchang U.),Yasuhito Narita(TU Braunschweig),Kanako Seki(U. Tokyo),Masahiro Hoshino(U. Tokyo)
SG-1 Wave-Particle Interaction 1 [Chair: Satyavir Singh] 14:00-15:45, Nov. 13 [Room7-1]
SG-1-I1
Yangguang Ke (University of Science and Technology of China)
25min
Effects of density modulation on nonlinear interactions between radiation belt electrons and whistler mode waves
SG-1-I2
Yi-Kai Hsieh (Kyoto University)
25min
Enerrgetic Electron Precipitation induced by lower-band chorus emissions
SG-1-I3
Rongxin Tang (Nanchang University)
25min
Modeling of hiss wave distribution in the inner magnetosphere and its evolution to exohiss
SG-1-I4
Peter Yoon (University of Maryland)
25min
Upper-hybrid waves and fluctuations in space plasma
SG-1-O1 Yoshiharu Omura (Kyoto University)
15min
Upstream Shift of Generation Region of Rising-Tone Emissions Triggered by Whistler-mode Waves in the MagnetosphereSG-1-O2 Zhi-Yang Liu(Peking University, U30 winner)
15min
Cross-scale Wave-particle Interaction: A New Mechanism for Cross-scale Energy Transfer
SG-2(OS joint with MF) Laboratory Space Physics wave-particle interactions in laboratory and space plasma [Chair: Yuto Katoh]16:30-18:40, Nov. 13 [Room7-1]
SG-2-I1
Ryuya Ikezoe (Kyushu University)
30min
Diagnosing fast electrons interacted with kinetic waves on spherical tokamak
SG-2-I2
Kazushi Asamura (ISAS/JAXA)
30min
Direct measurement of energy transfer from magnetosonic waves to electromagnetic ion cyclotron waves through heating ofcold ions in spaceSG-2-I3
Naritoshi Kitamura (ISEE, Nagoya University)
30min
Direct observations of energy transfer from resonant electrons to whistler-mode waves in magnetosheath of Earth
SG-2-I4
Makoto Sasaki (Nihon University)
30min
Roles of phase space turbulence related to zonal flows in magnetically confined plasmas
SG-3 Wave-Particle Interaction 2 [Chair: Yi-Kai Hsieh] 14:00-15:45, Nov. 14 [Room7-1]
SG-3-I1
Jicheng Sun (Polar Research Institute of China)
25min
Excitation of magnetosonic waves in the Earth’s dipole magnetic field: 3D PIC simulation
SG-3-I2
Remya Bhanu (Indian Institute of Geomagnetism)
25min
Understanding storm time dynamics of Electromagnetic Ion Cylotron (EMIC) waves in the Earth’s magnetosphereSG-3-I3
M. N. S. Qureshi (GC University)
25min
Low frequency electromagnetic waves and corresponding ion velocity distributions from space plasmas
SG-3-O1 Xin Tao (University of Science and Technology of China)
15min
Frequency Chirping of Electromagnetic Ion Cyclotron Waves in Earth's MagnetosphereSG-3-O3 Daniel Schmid (Space Research Institute Graz)
15min
Magnetohydrodynamic shocks revisited: magnetically constraining the upstream solar wind condition
SG-4 (OS joint with MF) Magnetosphere in laboratory plasma [Chair: Yoshizumi Miyoshi] 16:30-18:40, Nov. 14 [Room7-1]
SG-4-I1
Kazuo Yoshioka (University of Tokyo)
40min
The radial plasma transports in Jupiter’s inner magnetosphere seen by spectroscopic observation
SG-4-I3
Xiaoyi Yang (Harbin Institute of Technology)
40min
Introduction to the experimental capabilities of the SPERF-DREX device in China
SG-4-I4
Haruhiko Saito (The University of Tokyo)
40min
Injection and trapping of pulsed positrons in dipole magnetic field toward pair-plasma creation
SG-5 M-I Coupling and Space Weather [Chair: Li Li] 14:00-15:30, Nov. 15 [Room7-1]
SG-5-I1
Rajkumar Hajra (University of Science and Technology of China)
High-intensity long-duration continuous auroral electrojet (AE) activity (HILDCAA) events and associated space weather impacts
25min
SG-5-I2
Tomotsugu Yamakawa (University of Tokyo)
25min
Global drift kinetic simulations of internally driven ULF waves in the Earth’s inner magnetosphereSG-5-I3
Tomo-Hiko Watanabe (Nagoya University)
25min
Simulation of auroral turbulence driven in feedback M-I coupling system
SG-5-O1 Zhaojin Rong (Institute of Geology and Geophysics, Chinese Academy of Sciences)
15min
Reestimate Mercury's dipole moment by employing a new technique25

SG-6 Ionosphere and Instruments [Chair: Quanqi Shi] 16:30-18:25, Nov. 15 [Room7-1]
SG-6-I1
Ajeet Maurya(Babasaheb Bhimrao Ambedkar University)
25min
Ionospheric total electron content variation along the annularity path during June 21, 2020 annular solar eclipse
SG-6-I2
Zheng Wang (National Space Science Center, Chinese Academy of Sciences)
25min
Relative Factors of Ionospheric Plasma Irregularities Corresponding to Different Spread F Types over Hainan
SG-6-I3
Narayan Chapagain (Tribhuvan University)
25min
Ionospheric Plasma Anomaly Using GPS TEC Measurements Over Nepal
SG-6-I4
Chun-Sung Jao (National Cheng Kung University)
25min
Simulating Multi-Needle Langmuir Probe Instrument Performance for Improved Design
SG-7 Reconnection 1 [Chair: Masahiro Hoshino ] 14:00-16:10, Nov. 16 [Room7-1]
SG-7-I1
Lei Wang (Institute of Geology and Geophysics, Chinese Academy of Sciences)
25min
Magnetic reconnection and flux rope in the Martian magnetotail current sheet
SG-7-I2
Abraham Chian (National Institute for Space Research (INPE))
25min
Magnetic reconnection driven by merging of magnetic flux ropes/tubes in space plasma turbulenceSG-7-I3
Kai Huang (University of Science and Technology of China)
25min
Auroral spiral structure formation through magnetic reconnection in the auroral acceleration region
SG-7-I4
Rongsheng Wang (University of Science and Technology of China)
25min
Turbulent magnetic reconnection in the solar windSG-7-O1 Qingmei Xiao (Harbin Institute of Technology)
15min
Diagnostics design for three-dimensional magnetic field measurements in SPERF experiments
SG-7-O2 Jun Zhong(Institute of Geology and Geophysics, Chinese Academy of Sciences)
15min
MESSENGER Observations of Reconnection in Mercury's Magnetotail Under Strong IMF Forcing
SG-8 Reconnection 2 [Chair: Abraham Chian] 16:10-18:10, Nov. 16 [Room7-1]
SG-8-I1
Andrew Hillier presented by Shinsuke Takasao (University of Exeter)
25min
Theory and observation of plasmoid-modulated magnetic reconnection
SG-8-I2David Pontin (University of Newcastle)
25min
Magnetic reconnection: Theory and modelling for space and astrophysical plasmas
SG-8-I3
Lianghai Xie (National Space Science Center, Chinese Academy of Sciences)
25min
Multi-fluid MHD studies of the magnetic flux ropes in un-magnetized ionospheres
SG-8-O1 Shiyong Huang (Wuhan University, U40 winner)
15min
Energy Dissipation in the Turbulent Outflow during Magnetic Reconnection
SG-8-O2 Yumeng Fan (Kyushu University)
15min
Microscale fluctuations in a magnetic island in collisionless reconnection
SG-8-O3 Yasuhito Narita (Technische Universität Braunschweig)
15min
Microscale fluctuations in a magnetic island in collisionless reconnection
SG-9 Turbulence in Solar Wind [Chair: Yasuhito Narita] 14:00-15:55, Nov. 17 [Room7-1]
SG-9-I1
Kostas Tziotziou (National Observatory of Athens)
25min
Small-scale vortices in solar plasmas and their dynamics
SG-9-I2
Tianran Sun (National Space Science Center, Chinese Academy of Sciences)
25min
Solar Wind Charge Exchange Soft X-Ray Emissions in the Magnetosphere during an Interplanetary Coronal Mass Ejection
Compared to Its Driven SheathSG-9-I3
Honghong Wu (Wuhan University)
25min
Scaling features in the two inertial subranges of solar wind turbulenceSG-9-I5
Owen Roberts (Space Research Institute)
25min
Compressive nature of space plasma turbulence: state-of-the-art
SG-9-O1 Sadia Zaheer (Forman Christian College)
15min
Modeling of Proton Mirror and Cyclotron Instabilities in the Solar Wind by Kappa distribution

26

Solar and Astro Plasma Physics
Solar and Astro Program Committee:
P. F. Chen (Chair, Nanjing U.), Ryoji Matsumoto (Co-chair, Chiba U.), Jungyeon Cho(Co-chair, Chungnam Nat. U.), Hantao Ji(PPPL), Jin
Lin Han(NAO-CAS), Kyungsuk Cho(KASI),Patrick Antolin(Northumbria U), Brigitte Schmieder(KU Leuven), Durgesh Tripathi(IUCAA),
Shu-ichiro Inutsuka(Nagoya U.), Hui Li(LANL), Takaaki Yokoyama(Kyoto U.), Takeru Suzuki(U. Tokyo), Lou C. Lee(Academia Sinica),
Fulai Guo(SHAO), Rony Keppens(KU Leuven)
SA-1 Solar magnetic activity [Chair: Brigitte Schmieder] 14:00-15:30, Nov. 13 [Hall B3,4]
SA-1-I1
Xiaoshuai Zhu (National Space Science Center, Chinese Academy of Sciences)
25min
Extrapolating the solar magnetic field as a magnetohydrostatic equilibrium
SA-1-I2
Xiaohong Li (KU Leuven)
25min
Coronal rain: plasma circulation in the solar corona
SA-1-I3
Guiping Ruan (Shandong University)
25min
Observational study of intermittent solar jets with the Good Solar telescopeSA-1-O1 Ting Li (National Astronomical Observatories, Chinese Academy of Sciences, U40 winner)
15min
New Magnetic Parameter of Active Regions Distinguishing Large Eruptive and Confined Solar Flares
SA-2 Solar flare & reconnection [Chair: Chun Xia] 16:30-18:45 Nov. 13 [Hall B3,4]
SA-2-I1
Ying Li (Purple Mountain Observatory, Chinese Academy of Sciences)
25min
A white-light solar flare heated by a comprehensive mechanism
SA-2-I2
Dong Li (Purple Mountain Observatory, Chinese Academy of Sciences)
25min
Flare quasi-periodic pulsations detected in multiple wavelengths
SA-2-I4
Wenzhi Ruan (KU Leuven)
25min
MHD turbulence formation in solar flares: 3D simulation and synthetic observations
SA-2-O1 Jie Hong (Nanjing University)
15min
Radiative Losses in a Flaring Chromosphere: Approximations and Applications
SA-2-O2 Yajie Chen (Max Planck Institute for Solar System Research, U30 winner)
15min
Investigating transition region explosive events in a quiet-Sun model
SA-2-O3 Junchao Hong(Yunnan Observatories, Chinese Academy of Sciences)
15min
Mapping Solar X-Ray Images from SDO/AIA EUV Images by Deep Learning
SA-2-O4 Yi Bi (Yunnan Observatories, Chinese Academy of Sciences)
15min
On he coronal energy release in the same order of magntitude as the nanoflare based on the multi-wavelength observatories
SA-3 Waves [Chair: Brigitte Schmieder] 14:00-15:45, Nov. 14 [Hall B3,4]
SA-3-I1
Ramesh Chandra (University of Kumaun)
25min
Solar coronal mass ejections related to Extreme-Ultraviolet Wave and loop Oscillations
SA-3-I2
Yuandeng Shen (Yunnan Observatories, Chinese Academy of Sciences)
25min
Advances on the Study of Coronal Extreme Ultraviolet Waves
SA-3-I3
Ruisheng Zheng (Shandong University)
25min
Why "solar tsunamis" rarely leave their imprints in the chromosphereSA-3-O1 Yi-Wei Ni (Nanjing University)
15min
Local Enhancement of a Moreton Wave in the quiet Sun
SA-3-O2 Masaru Nakanotani (University of Alabama in Huntsville)
15min
Pickup Ion–Mediated Magnetic Reconnection in the Outer HeliosphereSA-4 Space weather [Chair: Yuandeng Shen] 16:30-18:40, Nov. 14 [Hall B3,4]
SA-4-I1
Luis Linan (KU Leuven)
25min
Advanced flux-rope CME models in EUHFORIA
SA-1-I2
Brigitte Schmieder (KU Leuven)
25min
Understanding filament eruptions, and coronal mass ejections with data-driven MHD numerical simulations
SA-1-I3
Lingling Zhao (University of Alabama in Huntsville)
25minSingle and Multispacecraft Observations of Solar Wind Turbulence: Identification of Waves and Structures
SA-1-I4
Wei Su (Sun Yat-sen University)
25min
The Impact of Solar – Terrestrial Plasma and Magnetic Field on the Detection of Gravitational Waves
SA-1-O1 Yuhao Zhou (KU Leuven)
15min
MHD simulations on solar prominence oscillation and eruption by evaporation—condensation mechanism
SA-1-O2 Chun Xia (Yunnan University)
15min
Origin of a Hot Channel in a Simulated Solar Eruption27

SA-5 Galaxies & ISM [Chair: Hui Li] 14:00-15:45, Nov. 15 [Hall B3,4]
SA-5-I1
Michel Koenig (Laboratoire LULI, Ecole Polytechnique)
25min
Magnetized Radiative shocks: their role in global evolution of interstellar medium
SA-5-I2
JinLin Han (National Astronomical Observatories, Chinese Academy of Sciences)
25min
New details of interstellar medium revealed by the FAST Galactic Plane Snapshot survey
SA-5-I3
LiGang Hou (National Astronomical Observatories, Chinese Academy of Sciences)
Peering into the Milky Way by FAST: Ionized gas in the Galactic disk revealed by the piggyback line observations of the FAST GPPS
25min
surveySA-5-I4
25min

Jiro Shimoda (The University of Tokyo)
On the Long-Term Evolution of Our Galaxy: Importance of the Diffuse X-ray Emitting Plasma

SA-6 Accretion & Dynamo [Chair: Ryoji Matsumoto] 16:30-18:15, Nov. 15 [Hall B3,4]
SA-6-I1
Hui Li (Los Alamos National Laboratory)
25min
Mergers of Stellar Mass Binary Black Holes in Disks around Supermassive Black Holes as LIGO SourcesSA-6-I2
Daisei Abe (Nagoya University)
25min
Growth of Massive Molecular Filament by Accretion Flows: Origin of Constant Width
SA-6-I4
Yuta Asahina (University of Tsukuba)
25min
Global Radiation Magnetohydrodynamic Simulations of Precessing Disk around a Spinning Black HoleSA-6-O1 Taichi Igarashi (National Astronomical Observatories of Japan)
15min
Radiation MHD model of Changing Look AGNs
SA-6-O2 Akihiro Inoue (University of Tsukuba)
General Relativistic Radiation MHD simulations of Super-Eddington accretion flows around a magnetized neutron star; modeling of the
15min
ULX Pulsars

SA-7 Cosmic Rays [Chair: Daniela Grasso] 14:00-15:45, Nov. 16 [Hall B3,4]
SA-1-I1
Siming Liu (Southwest Jiaotong University)
25min
Status and Latest Results from LHAASO
SA-1-I2
Kengo Tomida (Tohoku University)
25min
Cosmic rays in star and disk formation processes
SA-1-I3
Peera Pongkitiwanichakul (Kasetsart University)
25min
PIC Simulations of Perpendicular and Parallel Piston-Driven Shock Dynamics in a Magnetized Plasma
SA-1-O1 Linghua Wang (Peking University)
15min
Energy Spectrum of Solar Energetic Electron Events Over 25 Years
SA-1-O2 Shota Yokoyama (The University of Tokyo)
15min
Heating of the Intergalactic Medium Induced by Streaming Cosmic Rays
SA-8 Shocks & turbulence [Chair: Siming Liu] 16:10-17:40, Nov. 16 [Hall B3,4]
SA-8-I1Jin Matsumoto (Keio University)
25min
Dependence of the magnetic field and rotation on the explosion mechanism of core-collapse supernovae
SA-8-I2
Daniela Grasso (CNR-Institute for Complex Systems and Politecnico of Turin)
25min
Current and vorticity sheets disruption in collisionless plasma turbulenceSA-8-I3
Sara Tomita (Tohoku University)
25min
Magnetic Field Amplification Driven by Relativistic Shock-Clump Interaction
SA-8-O1 Kanji Morikawa (University of Tokyo)
15min
Particle acceleration by a relativistic shock interacting with an inhomogeneous medium
SA-9 Sun-star connection [Chair: Kengo Tomida] 14:00-15:30, Nov. 17 [Hall B3,4]
SA-9-I1
Hechao Chen (Yunnan University)
25min
Detection of Flare-induced Plasma Flows in the Corona of a dMe star EV Lac with X-Ray Spectroscopy
SA-9-I3
Simon Daley-Yates (University of St Andrews)
25min
Stellar Prominences and the Mass-Loss of Cool Stars
SA-9-I4
Takato Tokuno (The University of Tokyo)
25minTransition of latitudinal differential rotation as a possible cause of weakened magnetic braking of solar-type stars
SA-9-O1 Haruka Washinoue (Osaka University)
15min
Time-varying model of X-ray emission in pre-main sequence stars and its impact on disk evolution

28

Magnetic Fusion Plasma Physics (Core & Edge)
MF (Core&Edge) Program Committee:
Jae-Min Kwon(Chair, KFE), Min Xu(Vice chair, SWIP), Emi Narita(Vice chair, Kyoto U.), Yong-Su Na(Vice chair, SNU), Indranil
Bandyopadhyay(IPR), Won-Ha Ko(KFE), Choongki Sung(KAIST), Masaru Furukawa(Tottori U.), Tokihiko Tokuzawa(NIFS), Joelle
Mailloux(UKAEA), Andrea Garofalo(GA), Liang Wang(ASIPP), Wulv Zhong(SWIP)
MF-1 Major & Private [Chair: Choongki Sung] 14:00-16:10, Nov. 13 [Main Hall]
MF-1-I1
Juan Ayllon-Guerola (University of Sevilla)
20min
European machine enhancements for the JT-60SA Tokamak
MF-1-I3
Hyun-Seok Kim (Korea Institute of Fusion Energy)
Development of High-performance Long-pulse Scenario and Investigation of Performance Degradation over Long-time Scale in KSTAR
20min
MF-1-I4
Hiroshi Gota (TAE Technologies, Inc.)
20min
TAE Technologies’ Fusion Program Overview
MF-1-I5
Mikhail Gryaznevich (Tokamak Energy Ltd)
20min
Spherical Tokamak path to Fusion – History and the Next Step
MF-1-I6
Yueng-Kay Martin Peng (ENN Science and Technology Development Co., Ltd)
20min
Physics Basis for Spherical Torus p-11B Fusion as an Open Entropy System
MF-1-O1 Wei Shen (Institute of Plasma Physics, Chinese Academy of Science)
15min
Investigation of alpha particle transport induced by Alfvén eigenmodes in CFETR
MF-1-O2 Linjin Zheng(University of Texas)
15min
Recent progress on the equilibrium and stability properties of NT tokamaks
MF-2 Impurity [Chair: Rui Ding ] 16:30-18:10, Nov. 13 [Main Hall]
MF-2-I1
Shuyu Dai presented by Bing Liu (Dalian University of Technology)
20min
Evaluation of edge transport and core accumulation of tungsten for CFETR with EMC3-EIRENE and STRAHL
MF-2-I2
Mingkun Han (Southwestern Institute of Physics)
20min
Turbulent transport of impurity ions with hollow density profiles in tokamak devices
MF-2-I3
Federico Nespoli (Princeton Plasma Physics Laboratory)
20min
Improved plasma performance via low-Z powder injection in the Large Helical Device
MF-2-I4
Hongming Zhang (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Study of tungsten transport and suppression in EAST Tokamak
MF-2-I5
Jianyuan Xiao (University of Science and Technology of China)
20min
Stucture preserving Particle-in-Cell scheme and its applications on toroidal plasma simulations
MF-3 Disruption & Runaway Electron [Chair: Zhiwei Ma] 14:00-16:10, Nov. 14 [Main Hall]
MF-3-I1
Chang Liu (Princeton Plasma Physics Laboratory)
20min
Simulation of Compressional Alfvén Eigenmodes in Tokamak Disruptions and Impact on Runaway Electron Transport
MF-3-I2
Zongyu Yang (Southwestern Institute of Physics)
20min
PFNN: Less data and better performance on disruption prediction via physics-informed deep learning
MF-3-I3
Shiyong Zeng (University of Science and Technology of China)
20min
Impurity modulations of plasma current spike and poloidal rotation during tokamak disruption
MF-3-I4
John Berkery (Princeton Plasma Physics Laboratory, Princeton University)
20min
Density Limits as Disruption Forecasters for Spherical Tokamaks
MF-3-I5
Long Zeng (Tsinghua University)
20min
Dynamics of Runaway Electron Generation and Loss in Tokamaks
MF-3-O1 Jun Li (University of Science and Technology of China)
15min
Staged cooling of a fusion-grade plasma in a tokamak thermal quench
MF-3-O2 Tian Tang (Institute of plasma physics, Chinese Academy of Science)
15min
Enhanced Production of Runaway Electrons via the Preexistent Suprathermal Electrons in EAST Disruptions
MF-4 MHD [Chair: M. Furukawa] 16:30-18:40, Nov. 14 [Main Hall]
MF-4-I1
Ming Xu (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
MHD and energetic ions instabilities related to the formation of ITBs in EAST reversed shear plasmas with q_min≃2
MF-4-I2
Linzi Liu (Southwestern Institute of Physics)
20min
Identification of core ion cyclotron instabilities on HL-2A
MF-4-I3
Yuki Takemura (National Institute for Fusion Science)
20min
Parity transition of MHD fluctuations in helical plasmas
MF-4-I4
Lunan Liu (Institute of Plasma Physics, Chinese Academy of Sciences)
First observation of ion cyclotron emission during low hybrid waves and electron cyclotron resonance heating in EAST Tokamak
20min
MF-4-I5
Evdokiya Kostadinova (Auburn University)
20min
Anomalous electron diffusion in magnetized plasma with magnetic islands and field stochasticity
MF-4-O1 Yao Zhou (Shanghai Jiao Tong University)
15min
Nonlinear MHD modeling of sawtooth-like crashes and ballooning modes in W7-X
MF-4-O2 Zhiwei Ma (Zhejiang University)
15min
Interaction of dynamic magnetic island with bootstrap current in toroidal plasma29MF-5 DIV-SOL [Chair: Joelle Mailoux] 14:00-15:50, Nov. 15 [Main Hall]
MF-5-I1
Kevin Verhaegh (United Kingdom Atomic Energy Authority)
20min
Improved understanding and performance of power exhaust of alternative divertor discharges on MAST UpgradeMF-5-I2
Gen Motojima (National Institute for Fusion Science)
20minHigh neutral particle pressure in the divertor section by low temperature mode in LHD
MF-5-I3
Annika Ekedahl (CEA)
20min
First results from operating an ITER-grade divertor in the full tungsten actively cooled tokamak WEST
MF-5-I4
Sophie Gorno (Ecole Polytechnique Federale de Lausanne)
Experimental study and interpretative modelling of the power exhaust in configurations with multiple divertor X-points in TCV
20min
MF-5-O1 Xueqiao Xu (Lawrence Livermore National Laboratory)
15min
Controlling Divertor Plasma Detachment: The Role of Fluctuation Energy Intensity Flux and Broadening the SOL Width
MF-5-O2 Masayuki Yoshikawa (University of Tsukuba)
Effect of high-particle flux produced by pellet fueling in the core plasma to the divertor simulation module plasma in GAMMA 10/PDX
15min
MF-6 DIV-SOL [Chair: Linzi Liu] 16:30-18:25, Nov. 15 [Main Hall]
MF-6-I1
Kiyofumi Mukai (National Institute for Fusion Science)
20min
Characteristics of toroidally asymmetric behavior of divertor heat load related to three-dimensionally localized radiation
structure in impurity seeded plasmas on LHD
MF-6-I2
Rui Ding (Institute of Plasma Physics, Chinese Academy of Sciences, U40 winner)
20min
Tungsten impurity screening and its control using different gas injection on EAST with full tungsten divertor
MF-6-I3
Manni Jia (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Demonstration of divertor stationary heat flux control during RMP ELM suppression in EAST
MF-6-I4
Mate Lampert (Princeton Plasma Physics Lab)
20min
Evolution of intermittent filaments in the scrape-off layer of NSTX
MF-6-I5
Fuqiong Wang (Donghua University)
20min
SOLPS-ITER modeling of edge plasma and impurity transport in EAST
MF-6-O2 You Li (Institute of Plasma Physics, Chinese Academy of Sciences)
15min
Characterization of SOL profiles and turbulence in ICRF-heated plasmas in EAST
MF-7 Transport [Chair: Xueqiao Xu] 14:00-16:10, Nov. 16 [Main Hall]
MF-7-I1
Pengjun Sun (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Study of Multi-Scale Turbulence in the Core of Electron-Heating-Dominant H-mode Plasmas on EAST
MF-7-I2
Toshiki Kinoshita (Kyushu University)
20min
Turbulence transition in magnetically confined hydrogen-deuterium plasmas
MF-7-I3
Jianwen Liu (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Breaking of ion temperature clamping in EAST electron-heated H-mode plasmas by applying neutral beam injections
MF-7-I4
Anders Henry Nielsen (Technical University of Denmark)
20min
Numerical investigation of isotope transport scaling and its relation to L2H power thresholdMF-7-I5
Choongki Sung (KAIST)
20min
Cross-Verification Study of Gyrokinetic Codes for the L-mode discharge in KSTAR
MF-7-O1 Letian Li (Institute of Plasma Physics, Chinese Academy of Sciences)
15min
Development of 2D spatial displacement estimation method for turbulence velocimetry of gas puff imaging system on EAST
MF-7-O2 Yifei Jin (Institute of Plasma Physics, Chinese Academy of Sciences)
15min
Studies of Radio Frequencies-induced intrinsic rotations at EAST
MF-8 Transport [Chair: Yong Xiao] 16:10-18:20, Nov. 16 [Main Hall]
MF-8-I1
Naoki Kenmochi (National Institute for Fusion Science)
20min
Fast response of turbulence and heat pulses to thermal perturbations
MF-8-I2
Wei Wang (Southwestern Institute of Physics)
20min
Long Time-scale dynamics of E×B staircase in flux-driven gyro-kinetic simulations under various heating conditions
MF-8-I3
Shaocheng Liu (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Edge plasma transport in three-dimensional magnetic topology
MF-8-I4
Li Li (Donghua University)
20min
Linear and quasi-linear toroidal modeling of resonant magnetic perturbations in preparation for eight ITER H-mode scenarios
MF-8-I5
Neng Zhang (Southwestern Institute of Physics)
20min
Toroidal modeling of plasma flow damping and density pump-out by RMP during ELM mitigation in HL-2A
MF-8-O1 Hua Yang (Institute of plasma physics, Chinese Academy of Sciences)
15min
Nonlinear transition of divertor heat flux distribution during n=4 RMP suppressing ELM in EAST
MF-8-O2 Ning Yan (Institute of plasma physics, Chinese Academy of Sciences)
15min
Study on H-mode density limit in EAST30

MF-9 NT, RFP, ST [Chair: Tokihiko Tokuzawa] 14:00-15:40, Nov. 17 [Main Hall]
MF-9-I1
Justin Ball (Ecole Polytechnique Federale de Lausanne)
20min
Insights into a negative triangularity reactor from EUROfusion’s TSVV 2
MF-9-I2
Jesús Domínguez-Palacios (University of Seville)
20minFirst MHD stability analysis of the SMall Aspect Ratio Tokamak (SMART)
MF-9-O1 Guoliang Xia (UKAEA)
15min
Control of resistive wall mode in STEP
MF-9-O2 Martin Storey (Meranti Research Laboratories)
15min
Parker’s Effect and its Relevance to Magnetic Confinement Fusion
MF-9-O3 Takeru Inoue (Department of Electronics, Kyoto Institute of Technology)
15min
Variation of magnetic fluctuations of low aspect ratio tokamak and RFP plasmas in RELAX
MF-1-O4 Xiumin Zhang (Donghua University)
15min
Infernal mode stability in negative-triangularity plasmas
MF-10 EP [Chair: Fulvio Zonca] 14:00-15:55, Nov. 13 [Room3]
MF-10-I1
Liming Yu (Southwestern Institute of Physics)
20min
Experimental Observation of Low-frequency MHD Instabilities Driven by Energetic Electrons in LHCD Plasmas
MF-10-I2
Jacobo Varela (Universidad Carlos III de Madrid)
20min
Shear flows induced by AE / EPM in LHD plasma
MF-10-I3
Xiaodi Du (General Atomics, U40 winner)
20min
Visualization of fast ion phase-space flow in plasmas below, near, and above the Alfvén eigenmode stability threshold
MF-10-I4
Ryosuke Seki (National Institute for Fusion Science, NINS)
20min
Orbit-following simulations of fast-ion transport and losses due to the Alfvén eigenmode burst in the Large Helical Device
MF-10-I6
Ruirui Ma (Southwestern Institute of Physics)
20min
Theoretical studies of low-frequency Shear Alfvén waves in reversed shear tokamak plasmas
MF-10-O2 Yunpeng Zou (Southwestern Institute of Physics)
15min
Energetic Particle Marginal Stability Profile for HL-2M Integrated Simulation based on Neural Network Module
MF-11 Transport, Scenario [Chair: Emi Narita] 16:30-18:30, Nov. 13 [Room3]
MF-11-O1 Shinsuke Satake (National Institute for Fusion Science)
15min
Impurity neoclassical transport analysis in LHD Plasma
MF-11-O2 Guanqun Xue (Dalian University of Technology)
Observation of diffusion and convection balanced impurity distribution at the tokamak edge plasma caused by localized turbulence
15min
MF-11-O3 Fulvio Zonca (ENEA)
15min
On the self-consistent evolution of the zonal state
MF-11-O4 Guillermo Suarez Lopez (ITER Organization)
15min
Integrated modeling of ITER scenarios using the ITER High-Fidelity Plasma Simulator
MF-11-O5 Lei Xue (Southwestern Institute of Physics)
15min
Integrated prediction of HL-2M baseline scenario for supporting ITER
MF-11-O6 Xiaoyue Dai (The University of Tokyo)
15min
Characterization of solid hydrogen-pellet penetration in fusion plasmas of the large helical device
MF-11-O7 Yuki Hayashi (National Institute for Fusion Science)
Influence of dynamic pressure induced by transient recycled neutral flux on reduction of pulsed particle load in the linear plasma device
15min
Magnum-PSI

MF-11-O8
15min

Shivam Gupta (National Institute for Fusion Science)
Progress of EUV impurity lines spectral diagnostics of highly charged Xe ions measured in Large Helical Device

MF-12 EP [Chair:Ruirui Ma] 14:00-16:15, Nov. 14 [Room3]
MF-12-I1
Chenxi Luo (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Study of beta-induced Alfven eigenmode driven by runaway electrons in EAST tokamak
MF-12-I2
Shuji Kamio (University of California, Irvine)
20min
Observation of fast ion profile stiffness due to the Alfvén eigenmodeMF-12-I3
Jeff Lestz (General Atomics)
20min
Linear stability analysis of high frequency Alfvén eigenmodes in MAST and predictions for MAST-U
MF-12-I4
Guanqi Dong (Southwestern Institute of Physics)
20min
Toroidal modelling of interactions between internal kink instability and energetic ions in HL-2M
MF-12-I5
Hao Wang (National Institute for Fusion Science)
20min
Nonlinear excitation of energetic-particle-driven geodesic acoustic mode by Alfvén eigenmodeMF-12-I6
Guangzhou Hao (Southwestern Institute of Physics)
15min
Effect of global field perturbations on fast ion redistribution and losses in toroidal plasmas
MF-12-O1 Juan Ruiz Ruiz (University of Oxford)
15min
Observation of fast-ion driven Alfvén-eigenmodes in JET and their effect on turbulence and thermal transport31

MF-13 EP, MHD, PED [Chair: Gyungjin Choi] 16:30-18:30, Nov. 14 [Room3]
MF-13-O1 Hanzheng Li (The University of Tokyo)
Kinetic-magnetohydrodynamic hybrid simulation study of energetic-particle driven off-axis fishbone instability in tokamak plasmas
20min
MF-13-O2 Yifeng Zheng (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
3D simulation of fast ion loss and heat load on the limiter effected by the MHD pertubation field in EAST
MF-13-O3 Guoqiang Li (Institute of Plasma Physics, Chinese Academy of Sciences)
20min
Effect of density profiles on the pedestal performanceMF-13-O4 Yangbo Li (Huazhong University of Science and Technology)
20min
Design of External Rotational Transform coils and preliminary experimental results on J-TEXT
MF-13-O5 Chao Dong (Institute of Physics, Chinese Academy of Sciences)
20min
Simulation study of particle transport by weakly coherent mode in the Alcator C-Mod tokamak
MF-13-O6 Guoyong Fu(Zhejiang University)
15min
Development of the Gyrokinetic-MHD Hybrid Code GMEC
MF-13-O7 Joshua Doak (Australian National University)
15min
Equilibrium Constraint Choices for Anisotropic Ballooning Mode Stability Scans
MF-13-O8 Katsuji Ichiguchi (National Institute for Fusion Science)
15min
MHD numerical analysis of global flow in 3D magnetic configurations
MF-14 Diagnostic & Virtual [Chair: Jayhyun Kim] 14:00-15:55, Nov. 15 [Room3]
MF-14-I1
Jae-Min Kwon (Korea Institute of Fusion Energy)
20min
Development of Digital Twin Technologies for Fusion Research
MF-14-I2
Ryo Yasuhara (National Institute for Fusion Science)
20min
The fast Thomson scattering system for a transient electron temperature and density measurement in LHD
MF-14-I3
Takashi Nishizawa (Kyushu University)
20min
Estimation of parameter profiles and their derivatives from arbitrary linear observations by using Gaussian processes
MF-14-I4
Valerian Hall-Chen (A*STAR (Agency for Science, Technology and Research))
20min
Feasibility study on using Doppler backscattering measurements to infer the magnetic pitch angle
MF-14-I5
Oleg Krutkin (EPFL-SPC)
Validation of short pulse reflectometry diagnostic turbulence measurements in the TCV tokamak with synthetic diagnostic based on
20min
gyrokinetic modeling

MF-14-O2
15min

Yuqi Shen (Southwestern Institute of Physics)
Plasma position measurements of tokamak plasmas by dual-polarization reflectometry system

MF-15 Edge-PED [Chair: Hao Wang] 16:30-18:40, Nov. 15 [Room3]
MF-15-I1
Youngmu Jeon (Korea Institute of Fusion Energy)
20minFirst Demonstration of Stationary I-Mode Operation with Hot-Ion Core in KSTAR
MF-15-I2
Jason Parisi (Princeton Plasma Physics Laboratory)
20min
A gyrokinetic model for pedestal width-height scaling across aspect ratio
MF-15-I3
Anshu Liang (Southwestern Institute of Physics)
20min
Role of " × # velocity shear for triggering the I-mode and ion ITB on the HL-2A tokamak
MF-15-I4
Yiren Zhu (Southwestern Institute of Physics)
20min
Simulations on edge localized modes mitigation with impurity seeding in the HL-2A tokamak
MF-15-I5
Volodymyr Mykhaylenko (Pusan National University)
Kinetic theory of the non-diffusive convective flows, generated in the tokamak edge plasma by the parametric inhomogeneous ion cyclotron
20min
turbulence in the fast wave heating regime

MF-15-O1
15min
MF-15-O2
15min

Yongliang Li (Institute of Plasma Physics, Chinese Academy of Sciences)
Effect of edge ECRH power deposition on the Edge-Localized-modes (ELMs) eruption in EAST
Ran Chen (Institute of Plasma Physics, Chinese Academy Of Sciences)
On pedestal fluctuations in H-modes without large ELMs during the transition to a detached tungsten divertor in EAST

MF-16 Heating & CD [Chair: Justin Ball] 14:00-16:10, Nov. 16 [Room3]
MF-16-I1
Alvaro Sánchez-Villar (Princeton Plasma Physics Laboratory)
20min
Real-time predictions of ICRF power absorption profiles via machine learning
MF-16-I2
Jozef Ongena (Ecole Royale Militaire)
20min
Overview of the design and first experimental results of the ICRH system for the large optimized stellarator Wendelstein 7-X
MF-16-I3
Massimo Nocente (University of Milano-Bicocca)
First-time demonstration of the three-ion scheme for radio-frequency heating in deuterium-tritium plasmas at the Joint European Torus
20min
MF-16-I4
Wei Zhang (Institute of Plasma Physics, Chinese Academy of Sciences)
Experimental and numerical investigation of ICRF induced turbulence reduction across the scrape-off layer on the EAST tokamak
20min
MF-16-I5
Naoto Tsujii (The University of Tokyo)
20minStudies of non-inductive tokamak plasma start-up with various lower hybrid current drive scenarios
MF-16-O1 Zhihao Su (Tsinghua University)
15min
Numerical Analysis of Parametric Instability in Lower Hybrid Current Drive in Tokamak
MF-16-O2 Xueyun Wang (ENN Science and Technology Development Co., Ltd.)
15min
Micro-instabilities and transport simulations of hot-ion mode on EHL-2

32

MF-17 DIV-SOL, RMP [Chair: YoungMu Jeon] 16:10-17:40, Nov. 16 [Room3]
MF-17-O1 Jiaxing Liu (Huazhong University of Science and Technology)
Validation of the plasma-wall self-organization model for density limit in ECRH-assisted start-up of Ohmic discharges on J-TEXT
15min
MF-17-O2 Dongmei Fan (Southwestern Institute of Physics)
15min
Studies of power load with localised neon injection in HL-2M
MF-17-O3 Yugo Isobe (The University of Tokyo)
15min
Characterization of transition to detachment of magnetic confinement plasmas via data-driven approach
MF-17-O4 Ting Wu (Southwestern Institute of Physics)
15min
X-point radiator and better confinement after detachment in HL-2A L mode plasma
MF-17-O7 Tengfei Sun (Southwestern Institute of Physics)
15min
ELM Mitigation Through Magnetic Perturbation generated by Divertor Biasing Current on the HL-2A Tokamak
MF-17-O8 Chaofeng Sang (Dalian University of Technology)
15min
Effects of drift on the tungsten impurity accumulation in the core of tokamak during insert gas seeding
MF-18 PD session [Chair: Choongki Sung] 14:00-15:15, Nov. 17 [Room3]
MF-18-O1 Hongwei Yang (Zhejiang University)
15min
Towards Understanding the Mechanism of Heat and Particle Transport Decoupling in I-mode Edge Plasmas
MF-18-O2 Yashshri Patil(Institute for Plasma Research)
15min
Characteristics of APPEL device long magnetized plasma column produced using hollow cathode plasma source
MF-18-O3 Kishore Mishra(Institute for Plasma Research)
15min
ECR assisted ICRF plasma production in ADITYA-U tokamak.
MF-18-O4 Kimitaka Itoh(Chubu University)
15min
Reconsideration of ELMs
MF-18-O5 Yong Xiao (Zhejiang University)
15min
Disappearance of Dimits Shift in Realistic Fusion Reactor Plasmas with Negative Magnetic Shear

33

Organized Session
Organized Session
Katsumi Ida (Chair, NIFS), Yunfeng Liang (Vice chair, IEK-4), Choong-ki Sung (Vice, KAIST), Kenichi Nagaoka (NIFS),Yuto
Katoh (Tohoku U.), Akihide Fujisawa (Kyushu U.), Xiang Gao (ASIPP), Li Li (PKU), Young Dae Yoon (APCTP), Kyung Sun
Park(Chungbuk Nat. U.), Hantao Ji (PPPL), George McKee (U. Wisconsin)OS-1(MF) Experimental and theoretical challenges on phase-space turbulence detection[Chair: Katsumi Ida] 14:00-16:10, Nov. 13 [Room7-2]
OS-1-I1 Yusuke Kosuga (Kyushu University)
40min
A review of phase space turbulence: Why it is importantOS-1-I3 Guilhem Dif-Pradalier (CEA Cadarache)
40min
Radial electric fields in core & edge flux-driven turbulenceOS-1-I4 Tatsuya Kobayashi (National Institute for Fusion Science)
40min
Phase-space tomography for charge exchange recombination spectroscopy
OS-2 (MF) Highly charged ion studies [Chair: Motoshi Goto] 16:30-18:40, Nov. 13 [Room7-2]
OS-2-I1 Nobuyuki Nakamura (The University of Electro-Communications)
30minSpectroscopy of highly charged ions with two complementary electron beam ion traps in Tokyo
OS-2-I2 Kyounghun Yoo (Institute for Basic Science)
30min
EBIS charge breeder producing highly charged ions for RAON facility
OS-2-I3 Yang Yang (Fudan University)
30min
Laboratory measurement of FeX MIT effect for coronal magnetic field diagnosis and very high accuracy calibration of visible
light wavelengths in an EBIT
OS-2-I5 Izumi Murakami (National Institute for Fusion Science)
30min
Spectroscopic study of tungsten ions in LHD
OS-3(MF) Toward a universal understanding of plasma, light-matter interaction in nuclear fusion[Chair: Masahiro Kobayashi] 14:00-16:10, Nov. 14 [Room7-2]
OS-3-I1 Haewon Shin (Korea Atomic Energy Research Institute)
25min
Experimental study of divertor detachment during RMP ELM control
OS-3-I2 Hiroaki Nakamura (National Institute for Fusion Science)
25min
Molecular dynamics simulations of interactions with various materials starting with plasma-wall interaction studies
OS-3-I3 Yu Xu (Donghua University)
25min
Deposition and Modification of Semiconductor Thin Films Through Atmospheric Pressure PlasmaOS-3-I4 Itsuki Sakon (Tokyo University)
25min
Understanding of the properties of cosmic organic dust based on combined approaches among astronomical observations,experiments and numerical simulations
OS-3-I5 Koichi Matsuo (Hiroshima University)
25min
Synchrotron Radiation Circular Dichroism Spectroscopy to Characterize the Structures of Chiral Materials
OS-4(MF) Laser-Assisted Plasma Spectroscopy [Chair: Motoshi Goto] 16:30-18:40, Nov. 14 [Room7-2]
OS-4-I1 Koichi Sasaki (Hokkaido University)
25min
Laser-induced breakdown spectroscopy based on thermodynamic equilibrium and corona equilibrium for estimating atomic
composition in powdered milk
OS-4-I2 Cong Li (Dalian University of Technology)
25min
Laser ablation plasma and its application for elemental analysis
OS-4-I3 Sanghoo Park (Korea Advanced Institute of Science and Technology)
25min
The nonlinear effect of gas flow on metastable helium in a kHz-driven plasma jet
OS-4-I4 Shusuke Nishiyama (Japan Healthcare University)
Evaluation of population density distribution of atomic hydrogen n=2 states by laser absorption spectroscopy and saturation spectroscopy
25min
OS-4-I5 Shinji Yoshimura (National Institute for Fusion Science)
25min
Exploiting laser-induced fluorescence method with a single optical path to multidimensional flow-velocity measurements

34

OS-5(MF) Magnetic reconnection and its related events in magnetized plasmas[Chair: Yuki Takemura] 14:00-16:10, Nov. 15 [Room7-2]
OS-5-I1 Hiroshi Hasegawa (Institute of Space and Astronautical Science, JAXA)
25min
Identification and analysis of in-situ observations of magnetic reconnection in the magnetosphereOS-5-I2 Shinsuke Imada (The University of Tokyo)
25min
Magnetic Reconnection in the Solar Atmosphere: Future Plans for Solar Observations
OS-5-I3 Michiaki Inomoto (The University of Tokyo)
25minTransformation of energy conversion by active control of in-plane electric field in high-guide-field magnetic reconnection
OS-5-I4 Jong Yoon Park (Seoul National University)
25min
Ion heating during non-inductive plasma startup and sustainment in VEST
OS-5-I5 Feiyue Mao (Huazhong University of Science and Technology)
25minRole of the multiple mode interaction on the excitation of 2/1 tearing mode by resonant magnetic perturbations on J-TEXT
OS-6(MF&SG) Similarities of Alfven eigenmodes and magnetospheric ULF waves [Chair:Yuto Katoh] 16:30-18:40, Nov. 15 [Room7-2]

OS-6-I1
30min
OS-6-I2
30min
OS-6-I330min
OS-6-I4
30min

Yasushi Todo (National Institute for Fusion Science)
Simulations of energetic-particle driven Alfvén eigenmodes in magnetically confined plasmas
Kazuhiro Yamamoto (University of Tokyo)
Excitation of ULF waves and transport of plasma through wave-particle interaction in the Earth’s magnetosphere
William Heidbrink (University of California Irvine)
Alfvén eigenmodes in toroidal laboratory plasmas
Li Li (Pekin University)
Nonlinear Drift Bounce Resonance Between Charged Particles and Ultralow Frequency Waves

OS-7(MF) Microwave or radio observations on heliospheric, magnetosheath, ionospheric, and fusion plasma[Chair: Tokihiko Tokuzawa] 14:00-16:10, Nov. 16 [Room7-2]
OS-7-I1 Siqi Zhao (Deutsches Elektronen Synchrotron DESY)
40min
Multi-spacecraft Observations of the Alfvénic Transition from Weak to Strong Magnetohydrodynamic TurbulenceOS-7-I2 Yuichi Otsuka (Nagoya University)
40min
GNSS observations of traveling ionospheric disturbances in the ionosphereOS-7-I3 Hiroe Igami (National Institute for Fusion Science)
Observation of non-thermal emissions between ion cyclotron and electron cyclotron frequencies during external heating in magnetically
40min
confined experimental plasmas

OS-8(MF&SA) Anisotropy in Plasma [Chair: Motoshi Goto] 16:10-18:20, Nov. 16 [Room7-2]
OS-8-I1 Yoshizumi Miyoshi (Nagoya University)
30min
In-situ observations of plasma/particle distribution function and plasma waves by the Arase satellite
OS-8-I2 Jaehong Park (Korea Institute for Advanced Study)
30min
Probing the Epoch of Reionization through the cosmic 21-cm signal
OS-8-I3 Donguk Song (Korea Astronomy and Space Science Institute)
30min
Overview and observation results of the CLASP2 suborbital space mission for measuring chromospheric magnetic fields
OS-8-I4 Motoshi Goto (National Institute for Fusion Science)
30min
Electron temperature anisotropy in magnetically confined fusion plasmaOS-9(MF) Impacts of machine learning (ML)/AI in magnetic fusion research [Chair: Masayuki Yokoyama] 14:00-16:10, Nov. 17 [Room7-2]

OS-1-I1
30min
OS-1-I2
30min
OS-1-I330min
OS-1-I4
30min

Michael Churchill (Princeton Plasma Physics Laboratory)
Review of AI/ML for fusion systems
Bingjia Xiao (Institute of Plasma Physics, Chinese Academy of Sciences)
AI application on EAST for plasma control
Emi Narita (Kyoto University)
Convolutional neural network models for forecasting heat fluxes calculated by nonlinear gyrokinetic simulations
Jaemin Seo (Chung-Ang University, U30 winner)
A novel tokamak plasma control method using reinforcement learning

35

Poster Session
Poster size is 1200mm (width) x 1800mm (vertical). We will prepare push pin to set your posters on
the poster board. Please set poster during lunch break and keep till 16:00 at poster board with your poster
number.
Note: Further change will be reflected on Web program
Poster Session 1 13:10-16:00, Nov. 13, Event Hall
FP-1

Taiju Suzuki (The University of Tokyo)
Enhancement of Downstream Charged Particle Acceleration in Reconnection with High Guide Field during Spherical Tokamak Merging Start-up

FP-2
FP-3
FP-4
FP-5
FP-6
FP-7
FP-8
FP-9
FP-10
FP-12
FP-14

LP-1
LP-2
LP-3
LP-4
LP-5
LP-6
LP-7
LP-8

Wei-Shuo Lo (National Central University)
Percolating transition from order to disorder in two-dimensional Yukawa system
Lang Yang(SOKENDAI)
Study of neoclassical transport characteristics by Monte Carlo method in the CFQS quasi-axisymmetric stellarator
Koki Maekaku (The University of Tokyo)
Analysis of the Distribution Function in the Landau Damping Process
Dongheyu Zhang (Tsinghua University)
Unraveling the Physics of Laser-Sustained Plasma: Insights into the Influence of Laser Conditions
Jinbao Liu (Tsinghua University)
Insight into the formation of the multi-core structure in laser-sustained plasmas
Mieko Toida (National Institute for Fusion Science)
Simulation study of nonlinear development of lower-hybrid wave instabilities：energetic-ion mass dependence
Taketo Muramatsu (Nagoya University)
Electro-Convective Turbulence Experiment -transport phenomenon at stability boundaryPunit Kumar (University of Lucknow)
Electron waves coupling and spiky solitons in piezoelectric semiconductor quantum plasma
Shinjiro Takeda (The University of Tokyo)
Multi-view Imaging of Energetic Electron during High-Guide Field Magnetic Reconnection in Tokamak Merging Experiment
Jungkyun Kim (The University of Tokyo)
Development of Two Dimensional Thomson Scattering Measurement System Using the Time Of Flight of Nd:YAG Laser
Charles Arrowsmith (University of Oxford)
Beam-plasma instabilities in a laboratory analogue of blazar-induced pair jets at CERN
Kairi Mizushima (Hiroshima university)
Generation of high-order harmonics radiations around 13.5 nm by using a T-shaped He gas tube
Imran Khan (Indian Institute of Technology Delhi)
Ion acceleration by the interaction of two-oblique-colliding laser pulses with micron-size structured target
Zhehao Lin (Nagaoka University of Technology)
Application of CIP-Soroban method to implosion process of heavy-ion-beam driven inertial confinement fusion
Dinkar Mishra (University of Lucknow)
Simulation study on impact of laser pulses on particle defocusing and acceleration gradients
Shang Tan(Hunan University)
Rescattering of stimulated Raman sidescattering in nonuniform plasma
Chiwan Song(Gwangju Institute of Science and Technology)
Temporal evolution of the temperature of solid-density gold and diamond samples heated by a laser-driven ion beam
Shih-Hung Chen (National Central University)
Simulation Study of Laser Proton Acceleration in a Gas Target
Trishul Dhalia (Indian institute of technology Delhi)
Two dimensional simulations showing localized resonance absorption of a high-power microwave energy in plasma aided by inhomogeneous external magnetic field

LP-9
LP-10

SGP-1
SGP-2
SGP-3

Laxman Prasad Goswami(Indian Institute of Technology, Delhi)Parametric processes for laser interacting with magnetized plasma in R-L mode configuration.
Rohit Juneja (Indian Institute of Technology, Delhi)
Laser Energy Absorption by Ions in a magnetized plasma
Harune Sekido (Nagoya University)
Reduction of Anisotropy in Numerical Dispersion in the Explicit Finite-Difference Time-Domain Method with Laplacian
Keiji Fujita (Nagoya university)
A nonlinear gyrokinetic model of the magnetosphere-ionosphere coupling system
Jinhye Park (Kyung Hee University)
Observation and simulation study on the response of the Earth’s magnetosphere and ionosphere at the occurrences of the GLE events

SGP-4

Kirolosse Girgis (Kyushu University)
Inner Radiation Belt Simulation during the Geomagnetic Storm Event of February 2022

36

SGP-5
SGP-7
SGP-9
SGP-10
SGP-11

Rodrigo Miranda(University of Brasilia)
Coherent Structures and Complexity-Entropy in Intermittent Plasma Turbulence
Kenichi Nagaoka (National Institute for Fusion Science)
Challenges to control the nonlinear wave-particle interactions using laboratory plasmas
Koki Tachi (Tohoku University)
Duct propagation of whistler-mode chorus emissions under the presence of ULF waves
Hao Luo (Institute of Geology and Geophysics, Chinese Academy of Sciences)
Spring-Autumnal asymmetry in the geomagnetic activity and its origin over the last 140 years
Lin Tian (Institute of Geology and Geophysics, Chinese Academy of Sciences)
A comparison of the ionospheric dynamo current of Mars above the landing sites of InSight and Zhurong: modeling and observations

SGP-12

Xianglei He (Harbin Institute of Technology)
Hall field structure analysis of three-dimensional magnetic reconnection in SPERF-AREX for simulated magnetopause events

SAP-1

Himawan Winarto (Princeton University)
Reconnection and Resistivity in Collisionless High-Beta Plasmas
Siqi Zhao (Deutsches Elektronen Synchrotron DESY)
Multi-spacecraft Observations of the Alfvénic Transition from Weak to Strong Magnetohydrodynamic Turbulence
Kostas Tziotziou (National Observatory of Athens)
Improving the REleASE solar proton forecasting capabilities with evidence of particle escape from the Sun: HESPERIAREleASE and beyond

SAP-2
SAP-3

Poster Session 2 13:00-16:00, Nov. 14, Event Hall
FP-11

Linjin Zheng (The University of Texas at Austin)
Modification of Lie transform for the system with a fast-varying coordinate

BP-1

Saba Majeed Gondal (University of Engineering and Technology, Lahore)
Multiscale self-organized triple Beltrami states in four-component dusty plasmas
Pawandeep Kaur presented by Jagannath Mahapatra (Institute for Plasma Research)
A Fluid Dynamic Study of Coulomb Acoustic mode in High Density Dusty Plasmas
Haibao Zhang(Beijing Institute of Graphic Communication)
Blue core phenomena in nonuniform helicon plasma
Subhasish Bag(Indian Institute of Technology Delhi)
One dimensional studies of electrostatic modes in microplasma
Samiran Das(Central Institute of Technology Kokrajhar)

BP-2
BP-6
BP-7
BP-10

Comparative study of Dust-Ion-Acoustic modified Korteweg-de Vries solitons in a dusty plasma with cubic and quartic nonlinearity

BP-11
BP-12

Hiroshi Akatsuka(Tokyo Institute of Technology)
Reexamination of the hydrogen-molecular spectral constants relevant to the Fulcher-α band observed in H2 discharge plasma
Takumi Seto(University of Tsukuba)
Current Status of Development of High-Density Radio Frequency Plasma Source with Flat Loop Antennas for Pilot GAMMA PDX-SC

BP-13
BP-14
BP-15
BP-44
BP-46
BP-47
BP-48
BP-49
BP-50

AP-2

Soya Sumikawa(Tohoku University)
Demonstrating a thrust generation by electrons in a magnetic nozzle rf plasma thruster
Huan Chen(Huazhong University of Science and Technology)
Study on the characteristics of long-distance negative corona ionic wind by needle to mesh electrodes
Takashi Kikuchi(Nagaoka University of Technology)
Numerical Analysis on Relaxation Process after Electron Injected into Malmberg-Penning Trap
Young-Dae Jung(Hanyang University)
Occurrence scattering time in nonextensive plasmas
Masahiro Kobayashi (National Institute for Fusion Science)
Photoionization experiments in UVSOR-III for study of divertor plasmas in a nuclear fusion reactor and of interstellar plasmas ina context of astrobiology
Longyong Liao (SOKENDAI)
Progress in the development of a compact D-T neutron spectrometer based on a single-crystal chemical vapor deposition diamondstack for fusion plasma diagnostic
Chihiro Suzuki (National Institute for Fusion Science)
Experimental identification of new soft X-ray spectral lines of highly charged heavy ions through Z-dependence analysis
Takuma Yamada (Kyushu University)
Wave number analysis of meso-scale structures in linear plasmas
Kosuke Okuda (Hiroshima University)
Absorption length dependence of He I resonance line in He arcjet plasma
Sota Shimizu(Tohoku University)

37

AP-4
AP-5

Operating a magnetron sputtering electric propulsion device with a pulsed gaseous water propellant
Jang Sejung(Tokyo Institute of Technology)
Prediction of the plasma vertical instabilities using BERT
Rikizo Hatakeyama(Tohoku University)
On-Insulator Growth of Nanocarbons Ranging from 1D to 3D Morphology through Catalyst- and Seed-Free Plasma Chemical Vapor Deposition

LP-11
MFP-2
MFP-3
MFP-4
MFP-5
MFP-7
MFP-8
MFP-9
MFP-10
MFP-11
MFP-13
MFP-14

Animesh Sharma (Indian Institute of Technology, Delhi)
Short Pulse Interaction with Droplet Generated Microplasmas
Zhi Li (ENN Science and Technology Development Co., Ltd.)
Plans of p-11B fusion study on an ENN spherical torus
Sora Yabumoto (SOKENDAI)
Prediction of Plasma Confinement Indexes by Gaussian Process Regression
Anna Krupka(École Polytechnique)
Scaling law of the plasma rotation in visco-resistive magnetohydrodynamic systems
Xinchen Jiang (ENN Science and Technology Development Co., Ltd)
Preliminary Heating & Current Drive design on EHL-2 spherical torus
Nagato Yanagi (National Institute for Fusion Science)
Engineering optimization of heliotron configuration for larger blanket space
Tsukasa Sugiyama (The Graduate University for Advanced Studies)
Study of asymmetry in heat and particle loads on divertor tiles in LHD
Xiang Gu (ENN Science and Technology Development Co., Ltd.)
Equilibrium and Divertor Design of the EHL-2 Spherical Torus
Zhongyong Chen (Huazhong University of Science and Technology)
Electromagnetic Pellet Injector for disruption mitigation on J-TEXT tokamak
William Heidbrink (University of California, Irvine)
A research program to measure spin polarized fusion reactions
Shinichiro Toda(National Institute for Fusion Science)
Research of turbulent transport for trapped electron mode by gyrokinetic analyses in collisional plasmas for tokamak devices
Ao Wang(Southwestern Institute of Physics)
Development of bismuth metallic Hall sensors for the HL-2A tokamak magnetic measurements

Poster Session 3 13:00-16:00, Nov. 15, Event Hall
BP-16
BP-17
BP-18

Shuai Yang(Huazhong University of Science and Technology)
Real-time Diagnosis of Plasma Molecular Temperature Based on Visible Image Regression Analysis
Farida Batool(Indian Institute of Technology Jammu)
Nonlinear Dispersion Relation for Dust Acoustic Wave based on Korteweg-de Vries model
Daichi Kobayashi(Nihon University)
Comparison of Internal Magnetic Structure during Field-Reversed Configuration Merging Process with Resistive MHD Simulation

BP-19
BP-20
BP-22
BP-23
BP-25
AP-3
AP-6
AP-7
AP-8
AP-9
AP-10
AP-11

Andreas Bierwage(QST)
On gyroaveraging in drift-kinetic simulations of fast particle dynamics
Reiji Hayata(Nihon University)
Visible-Light Imaging of Merging Formed FRCs by Wide-View Tomography Camera
Ryunosuke Kikuchi (Nihon University)
Simultaneous 3-view measurement of toroidal flow using IDS system in the FAT-CM device
Yugo Nakahama (Tohoku University)
Effect of a cusp magnetic field provided by a permanent magnet array on a magnetic nozzle plasma thruster performance
Francois Waelbroeck (Univ. Texas at Ausitn)
Compressible theory of unmagnetized islands in inhomogeneous plasma
Masafumi Yoshida (National Institute of Technology, Ube College)
Simulation of Cs layer on plasma grid in ITER-scaled negative ion source for long-term operation
Deepika Behmani presented by Sudeep Bhattacharjee (Indian Institute of Technology Kanpur)
Spatio-temporal behavior of electric field fluctuations in a cold microplasma jet: modeling and experiments
Ma. Romina Rogem Ramos (University of the Philippines Diliman)
Comparative Analysis of Si-based SERS Substrates Developed via Dry and Wet Etching Methods
Kosuke Shimokata (Meijo University)
Generation of large volume, uniform plasma with a single energy source
Laika Jayne Montefalcon (University of the Philippines Diliman)
Fabrication of Silver-Decorated of Titanium Dioxide Nanocolumnar Thin Films as Visible Light-Active Photocatalysts
Susumu Fujiwara(Kyoto Institute of Technology)
Molecular dynamics study of DNA damage induced by hydroxyl radicals
Eunice Ramirez(University of the Philippines)38

AP-12
AP-13

Effect of Dielectric Barrier Discharge Plasma on Rice (Oryza sativa L.) Seed Priming
Arantxa Danielle Montallana(Doshisha University)
Near surface Langmuir probe characterization of silver reduction via plasma irradiation
Jingqian Peng(Kanazawa University)
Numerical Study for Influence of Different Gap Length on Nanoparticles Synthesis by Tandem-Modulated Induction Thermal Plasma

AP-14
AP-15
AP-16
AP-19
AP-20
MFP-15
MFP-16
MFP-17
MFP-18

Yamato Hosoi(Kanazawa University)
Numerical Investigation on Ar/CH4/H2 Induction Thermal Plasma Field with Arbitrary Power Modulation at Reduced Pressuresfor Diamond Film Growth
Bhargavi Sharma(Gautam Buddha University)
Simulation Analysis for Detection of various Biomolecules in a Double Gate Plasma-Assisted Carbon Nanotube Field EffectTransistor (DG-PACNTFET)
Rio Okano(Kanazawa University)
Numerical Study of Nanoparticle Synthesis in Tandem-PMITP+TCFF Method with Variation of Modulation Period
Shuangwei Zhao(College of Electrical Engineering Sichuan University)
Research on Transport Characteristics of Vacuum Arc Plasma with Super Large Length-to-Diameter Ratio
Liguang Dou presented by Yuxuan Xu (Institute of Electrical Engineering, Chinese Academy of Sciences)
Coupling nanosecond pulsed plasma with nanocatalysts for efficient CO2 conversion into liquid Chemicals
Yongqin Wang (Southwestern Institute of Physics)
Effects of fishbone-like mode on energetic particle transport and loss in tokamak plasmas
Shivam Gupta (National Institute for Fusion Science)
Study of EUV spectrum from Kr25+ ion in Kr gas puffing experiment at the large helical device using a collisional radiativeplasma model
Xiaoyue Dai (The University of Tokyo)
Characterization of solid hydrogen-pellet penetration in fusion plasmas of the large helical device
Yusai Masamoto (Tottori University)
Density dependence of tokamak equilibria with consistent bootstrap current and steady-state temperature profile including burning and radiation
loss effects

MFP-19MFP-20
MFP-21
MFP-22

Shabbir Ahmad Khan (National Centre for Physics)
Two-dimensional full wave analysis of O-X-B mode conversion of electron cyclotron waves in tokamak plasmas
Tomohide Suetsugu (Kyushu University)
Calibration of a Heavy Ion Beam Probe on the PLATO tokamak.
Atsushi Fukuyama (Kyoto University)
Integro-differential analysis of ion cyclotron waves in tokamak plasmas
Cole Stephens (University of Texas at Austin)
Quasilinear Gyrokinetic Modeling of Reduced Transport in the Presence of High Impurity Content, Large Gradients, and Large Geometric
Alpha

MFP-23
MFP-24MFP-25
MFP-26
MFP-27
MFP-28
MFP-55
MFP-56
MFP-57
MFP-58
MFP-60Shu Nishimoto (Nagoya University)
Geodesic Curvature Dependence of Zonal Flow in the LHD
Martin Storey (Meranti Research Laboratories)
Experimental Verification of Parker’s Effect and Applications in Magnetic Confinement Fusion
Masayuki Yokoyama (National Institute for Fusion Science)
Plausible model creation by means of data assimilation
Kento Miyamae (The University of Tokyo)
Numerical simulation of fuel isotope transport during DEMO start-up phase
Jingting Wang (Tokyo Institute of Technology)
Study on Stability Analysis of Non-axisymmetric Tokamak Plasma Equilibrium by 3-D Multi-layers Method
Linge Zang (Southwestern Institute of Physics)
Effect of the long-lived mode on the formation of ion internal transport barrier in HL-2A tokamak
Shunsuke Morizawa (Nagoya University)
Effect of Local Helical Coil Field on Vertical Position Displacement Caused by Uniform Horizontal Field in TOKASTAR-2
Ryoma Yanai (National Institute for Fusion Science)
Full-wave Analysis for Estimation of Microwave Beam Broadening by Turbulent Density Fluctuations in LHD
Hiroyuki Yamaguchi (National Institute for Fusion Science)
Quasi-axisymmetric magnetic configurations with magnetic well and improved symmetry at low aspect ratio
Masaki Uchida (Kyoto University)
Estimation of current distribution using flux loops in the low aspect ratio torus experiment device (LATE)
Xiandong Zeng (Harbin Institute of Technology)
Preliminary study on the phase space instability of fusion reactors

Poster Session 4 13:00-16:00, Nov. 16, Event Hall
BP-26
BP-28

Ayesha Nanda(Indian Institute of Technology Kanpur)
Energy exchange in a compact dipole plasma: thermodynamical investigations through measurements and modeling
Sushanta Barman presented by Sudeep Bhattacharjee (Indian Institute of Technology, Kanpur)39

BP-30
BP-31

Experimental and Numerical Investigation of Plasma Sheath Electric Field Penetration Through a Micro-aperture
Swati Swagatika Mishra presented by Sudeep Bhattacharjee (Indian Institute of Technology Kanpur)
Molecular level mechanisms in microplasmas at cryogenic temperatures
Reina Miyauchi (University of Tsukuba)
Evaluation of Electrode Potential and Heat Load of a Cascade Arc Discharge for Realization of High Density Hydrogen Plasma Discharge

BP-32
BP-33
BP-35

Hiroki Hasegawa (National Institute for Fusion Science)
Effects of End Plates and Kinetic Dynamics on Filamentary Plasma Structure Formations
Kazunori Takahashi (Tohoku University)
Experimental demonstration of diamagnetism enhanced by energetic electrons in a magnetic nozzle plasma
Yifei Li (Beihang University)
Acceleration method for solving Poisson’s equation in particle-in-cell method: investigation on acceleration efficiency and optimal acceleration
parameters under different methods

BP-36
BP-37
BP-38
BP-39
BP-40

MFP-31

Debaprasad Sahu (Indian Institute of Technology Delhi)Parametric Study of Degree of Dissociation in a Low Pressure ECR based Hydrogen Plasma Source
Nobuaki Ohno (University of Hyogo)
Virtual Reality Visualization of the Large Helical Device Simulation with Head Mounted Display
Yunxuan Wang (Huazhong University of Science and Technology)
Plasma Discharge Patterns Recognition Base on Improved DenseNet
Yume Teranishi (Tohoku University)
Characterization of a linear helicon plasma device in convergent magnetic fields
Li-chung Liu (National Taiwan University)
On electromagnetic wave ignited sparks in aqueous dimers
Mamoru Shoji(National Institute for Fusion Science)
Fast-framing camera observations of the trajectory and the ablation position of dust particles injected by the multi-species impurity powder
dropper in the Large Helical Device

MFP-32
MFP-33
MFP-34
MFP-35

Yuanyun Zhong presented by Yuqi Shen (Southwestern Institute of Physics)
Validation of the plasma equilibrium configuration designed by FEEQS in the HL-2M experiment
Kristel Crombe(Royal Military Academy)
Characterisation of plasma properties for wall conditioning studies on the TOMAS device
Keishi Homma(University of Tsukuba)
Study of ion kinetic effects on plasma distributions by anisotropic-ion-pressure plasma fluid simulation
Hirofumi Kanno(Kobe University)
Measurement of heat quantity incident into a bias-type calorimeter for divertor thermal load reduction by direct energy conversion

MFP-36
MFP-37
MFP-38
MFP-39MFP-41
MFP-42
MFP-43
MFP-44
MFP-46
MFP-47
MFP-48
MFP-49MFP-50
MFP-52
MFP-53
MFP-54

Yugo Isobe(The University of Tokyo)
Characterization of transition to detachment of magnetic confinement plasmas via data-driven approach
Kyung Sun Park(Chungbuk National University)
Investigation of plasma processes by global MHD simulations
Heng Lan(Southwest Jiaotong University)
A new electromagnetic probe array diagnostic system for analyzing electrostatic and magnetic fluctuations on EAST
Naonori Okada(Tokai University)
Effect of ion temperature on detached plasma formation using a linear divertor simulator TPD sheet-U
Zhe Chen(University of Science and Technology of China)
On the energetic particle-induced geodesic acoustic modes with finite-orbit-width effects
Lulu Zhang(Zhejiang University)
M3D-K simulations of instabilities excited by energetic particles on KSTAR
Xin Xu(Huazhong University of Science and Technology)
Investigation the impact of carbon impurity radiation on density limit in limiter and divertor configurations on J-TEXT
Shengyang Xiao(Huazhong University of Science and Technology)
Thermal transport induced by stochastic magnetic fields during fast thermal quench in tokamak plasmas
Shuji Kamio(University of California, Irvine)
Study of the fast-ion acceleration by beam-driven wave in C-2W
Motoyasu Sato(Chubu University)
Low Power Fusion Driven -Subcritical Thorium Fission Reactor Concept
Ryota Matoike(National Institutes for Quantum Science and Technology)
Conductive and convective transport in the Scrape-Off Layer of JT-60U
Ryota Nishimura(Tohoku University)
Observation of tungsten UTA spectra in the EUV wavelength range around 200 Å in the Large Helical Device
Yuya Suzuki(SOKENDAI)
Prediction of radiative collapse by analyzing videos of plasma discharge with Convolutional Neural Network in LHD
Tetsutarou Oishi(Tohoku University)
Line emission spectra of tungsten impurity ions across visible, VUV, EUV, and X-ray wavelength ranges observed in amagnetically confined high-temperature plasma experimentAtsushi Ito(National Institute for Fusion Science)
Comparison between the generalized Grad-Shafranov equation for MHD equilibrium with flow and its reduced models
Sota Takemoto(Nagoya University)
Study on impurity transport model based on JT-60U experimental data40

[17] Satellite Workshop/Symposium
1) Women in Plasma Physics Workshop: November13 (Monday) 19:00-20:00 at Room 32) Space WS on November 12 (Sun) 13:00-16:00 at Room 33) Fusion Private Sector: November13 (Monday) 19:00-20:00 at Mail Hall
*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, Room 3
WIPP committee chair: Dr Anne Mai-Prochnow
Contact: anne.mai-prochnow@sydney.edu.au

Program
7 pm: Welcome & Introduction Dr Anne Mai-Prochnow, WIPP Committee Chairperson Overall scenario
related to women in plasma physics (or in research) based on current statistics/reports etc [15 minutes]:
7.15 pm: Prof. Setsuko Tajima Vice Chair of AAPPS working group for Women In Physics (WIP):"The current status of AAPPS Working Group of Women in Physics". [15 minutes]
7.30 pm: Dr MamikoSasao "Physics Education and Unconscious Gender Bias" [15 minutes]
7.45 pm: Dr Daniela Grasso "Is it possible organize a gender balanced conference?" [10 minutes]
7.55 pm: Dr Surabhi Jaiswal, video [5 minutes]
8.00 pm: Prof. Anisa Qamar "Problems of Pakistani Women to Adopt Physics as a Career" [10 minutes]
8.10 pm: Dr Aneeqa Khan, Title TBC [10 minutes]
8.20 pm: Dr Weixin Guo, Title TBC [10 minutes]
8.30 pm: Open Discussion led by WIPP committee member [25 minutes]
8.55 pm: Concluding remarks and Vote of Thanks by WIPP Committee member: Based on Data collected
through Google form/oral presentations/experiences shared through video etc. [5 minutes]

41

Mini-workshop on probing, controlling, and understanding wave-particle interactionsin space and laboratory plasmas
Organizer’s name: Yuto Katoh (Tohoku Univ., Japan)
Preferred date and time: November 12 (Sun) 14:00-17:00
Number of participants: <50
Purpose: This workshop aims to understand similarities/differences of (i) wave-particle interactions occurring inspace 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 throughoral presentations (given by invited speakers) and discussions with workshop participants.

Program
14:00-14:05 Introduction
14:05-14:55 Keynote talk (30 min talk + discussion)
Speaker: Prof. Yoshiharu Omura (RISH, Kyoto University)
Title: Relativistic Electron Precipitation by EMIC Waves
14:55-15:45 Keynote talk (30 min talk + discussion)
Speaker: Prof. William Heidbrink (University of California, Irvine)
Title: Whistler-mode waves driven by runaway electrons
15:45-15:55 break
15:55-16:45 Keynote talk (30 min talk + discussion)
Speaker: Prof. Yasushi Todo (NIFS)
Title: Interaction between energetic particles and Alfvén eigenmodes in magnetically confined plasmas
16:45-17:00 Summary- Introduction to the project PCUBE (Probing, controlling, and understanding of radiation belt environments)- Discussion for probing, controlling, and understanding wave-particle interactions in space and laboratory
plasmas

Fusion Private Sector Session
Date: Monday, November 13, from 19:00 to 21:00
Venue: Main Hall, Port Messe Nagoya
Background and Purpose:
Fusion energy start-ups have been emerging rapidly worldwide in recent years. These companies,
including yours, are setting the stage for fusion power generation, possibly as early as the late 2020s or
2030. However, there needs to be more opportunities for fusion start-ups worldwide to discuss theindustrialization of fusion as an energy source. In this session, their respective fusion reactor development
plans will be discussed. Researchers, engineers, or managers from some fusion start-ups will join thesession as panelists. The discussion will significantly benefit research institutions, academia, andcompanies in improving their R&D plans. Key points of discussion include:
1. How to monetize fusion power generation?
2. What impact could your company's fusion power plant, once demonstrated or realized, have on global
energy issues?
3. Are there alternatives (plan B) to your ambitious development plans?
Each company will have a 10-minute presentation. In the remaining time, a panel discussion will follow
the presentations and involve a 20-minute dialogue with the audience.
Program:
19:00 -19:05: Opening Remarks
19:05 -19:15: H. Ozaki (Kobe Univ.) "A brief review on the fusion power industry" (tentative title)
19:15 -20:15: 10-minute presentations of the fusion start-ups
Participating start-ups: Helical Fusion, Tokamak Energy, EX-Fusion, Kyoto Fusioneering, ENN Scienceand Technology Development
A short Q&A may follow each presentation in a few minutes.
20:15-21:00: Panel Discussion (Facilitator: H. Ozaki)42[18] AAPPS-DPP Prizes
18.1 2023 Subrahmanyan Chandrasekhar Prize of Plasma Physics

Press Release

Sept. 15 2023
Association of Asia-Pacific Physical Societies (AAPPS)
Division of Plasma Physics (AAPPS-DPP)

Subrahmanyan Chandrasekhar Prize of Plasma Physics– Professor Katsumi Ida is selected as 10th (2023) Laureate –The Division of Plasma Physics (CEO: Mitsuru Kikuchi, Chair: Abhijit Sen) under the
Association of Asia Pacific Physical Societies (President: Hyoung Joon Choi) has selected
Professor Katsumi Ida of the National Institute of Fusion Science, NINS) as the 10th
(2023) Laureate of S. Chandrasekhar Prize of Plasma Physics, which is awarded toscientist who have made seminal / pioneering contributions in the field of plasma physics.
Citation:
Katsumi Ida：For his pioneering contributions to experimental discoveries of a variety of
turbulent states of magnetic fusion plasma, including turbulence-driven flow, electric field
shear in H-mode state, and the effects of magnetic topologies and non-locality ontransport.
Contact points：
AAPPS-DPP Association Inc. : Representative Director and CEO, Mitsuru Kikuchi, TEL: +81-80-1115-3482
AAPPS-DPP Homepage Address：http://aappsdpp.org/AAPPSDPPF/index.html

Certificates of 2023 S. Chandrasekhar Prize of Plasma Physics
Certificate, medal and cash prize will be given at the 7th Asia-Pacific Conference on Plasma Physics(AAPPS-DPP2023) Nov. 12-17, 2023 at Port Messe Nagoya.
43

18.2 2023 Plasma Innovation Prize

Press Release

Sept. 15, 2023
Association of Asia-Pacific Physical Societies (AAPPS)
Division of Plasma Physics (AAPPS-DPP)

AAPPS-DPP Plasma Innovation Prize– Professor Takayuki Watanabe is selected as Fifth Laureate (2023) –The Division of Plasma Physics (CEO: Mitsuru Kikuchi, Chair: Abhijit Sen) under the
Association of Asia Pacific Physical Societies (President: Hyoung Joon Choi) selected
Professor Takayuki Watanabe of Kyushu University as the 5th Laureate of AAPPS-DPP
Plasma Innovation Prize, which is awarded to scientists who have made seminal /pioneering contributions in the field of plasma applications, focusing on impacts on
industry.
Citations:Takayuki Watanabe: For his outstanding contributions to applications of thermal
plasma processing, in particular, for nanomaterials synthesis based on sophisticatedmodeling and experimental investigation; for invention and commercialization of plasma
waste treatment by water thermal plasma; and for invention of multiphase AC arc which
led to successful industrial application of glass melting technology.

Certificates of 2023 Plasma Innovation Prize
Certificate, medal and cash prize will be given at the 7th Asia-Pacific Conference on Plasma Physics(AAPPS-DPP2023) Nov. 12-17, 2023 at Port Messe Nagoya.
Contact points：
AAPPS-DPP Association Inc. : Representative Director and CEO, Mitsuru Kikuchi, TEL:
+81-80-1115-3482
AAPPS-DPP Homepage Address：http://aappsdpp.org/AAPPSDPPF/index.html
44

18.3 AAPPS-DPP Young Researcher (U40) Award 2023
Press Release
The Division of Plasma Physics (CEO: Mitsuru Kikuchi, Chair: Abhijit Sen) under the Association ofAsia Pacific Physical Societies (President: Hyoung Joon Choi) selected 7 scientists under 40 for
AAPPS-DPP Young Researcher (U40) Award.
AAPPS-DPP recognizes young research scientists who made a significant research contribution(s) to plasma physics at
AAPPS affiliation not more than 40 by AAPPS-DPP young researcher award since 2016. Past recipients (2016-2022) can befound at http://aappsdpp.org/AAPPSDPPF/youngawardtable.html
This year(2023), 31 candidates are nominated from AAPPS-DPP members, who published papers in leading journals.
Selection committee are formed by members from India, China, Australia, Japan, Korea, US, Europe and selected 7 winners
including 1 women by rigorous evaluation.
U40 Winner Field,
Name
and Citation
Affiliation
For his pioneering work on multi-scale gyrokinetic simulation of drift[Fundamental]
wave turbulence and transport in magnetically confined
Shinya Maeyama
plasma, revealing cross-scale interactions of plasma turbulence andNational Institute forzonal flows. The achievements contributed to quantitative evaluation of
Fusion Science
the anomalous transport in fusion plasma experiments.
For outstanding research in low-temperature plasmas, including[Applied]understanding the mechanisms of reactive species generation in the gas
Pankaj Attri
and liquid phases, and their applications in agriculture and medicine.
Kyushu University[ Solar/Astro ]Ting Li[李婷]National Astronomical
Observatory, CAS

For his significant contributions to exploring the key physics oflaser-plasma ion acceleration and developing advanced diagnostics forrevealing the key processes involved in laser-plasma wake-field
acceleration.
For his significant contributions to the understanding of magnetic
structures and plasma waves during magnetic reconnection, theproperties of plasma turbulence spanning from MHD to electron
scales, and the interplay between magnetic reconnection and plasma
turbulence.
For her important contributions to scientific advances in the 3D
evolution and triggering mechanism of solar eruptive activities,
including the discovery of observational evidence for 3D reconnection
models of solar flares.

[ Magnetic Fusion ]Rui Ding[丁锐]Institute of Plasma
Physics, CAS

For his outstanding contributions towards understanding of plasma-wallinteraction processes via development of material erosion and migration
models and dedicated experiments in various tokamaks, and effective
divertor physics solutions for fusion reactors.

[ Magnetic Fusion ]Xiaodi Du [杜晓第]General Atomics

For the discovery of the energetic particle driven resistive interchange
mode and for the development of an imaging neutral particle analyzer
diagnostic with unprecedented phase-space resolution[ Laser ]Yang Wan [万阳]Zhengzhou University[ Space/Geomagnetism]
Shiyong Huang [黄狮勇]Wuhan University

2023 U40 Selection committee:
Chairman: Prof. Amita Das (Indian Institute of Technology-Delhi, IN)
Members: Prof. G. Ravindra Kumar (Tata Institute of Fundamental Research, IN)
Prof. Katsumi Ida (National Institute for Fusion Science, JP)
Prof. Tohru Hada (Kyushu University, JP)
Prof. Lu Wang (Huazhong University of Science and Technology, CN)
Prof. Yunfen Liang (Forschungszentrum Jülich GmbH, DE/ Institute of Plasma Physics-CAS, CN)
Prof. Jungyeon Cho (Chungnam National University, KR)
Prof. Anthony B. Murphy (CSIRO , AU)
Prof. Troy Carter (UCLA, US)
Prof. Dominique Escande (Aix-Marseille Université, CNRS, Consorzio RFX, FR)45

18.4 AAPPS-DPP U30Doctral Scientist / Student Award 2023
Press Release
The Division of Plasma Physics (CEO: Mitsuru Kikuchi, Chair: Abhijit Sen) under the Association ofAsia Pacific Physical Societies (President: Hyoung Joon Choi) selected 6 scientists under 30 for U30
Doctoral Scientist / Student Award.
AAPPS-DPP recognizes exceptional U30 (under 30 years old) scientists/ students who have performed original work ofoutstanding scientific quality and achievement in the area of plasma physics with current institution or nationality is required to
be in the AAPPS region since 2018 sponsored by IFE Forum. Past recipients (2018-2022) can be found at
http://aappsdpp.org/AAPPSDPPF/U30awardtable.html
This year(2023), 20 candidates are nominated from AAPPS-DPP members, who published papers in leading journals.
Selection committee are formed by members from India, China, Korea, Japan and selected 6 winners including 1 women by
rigorous evaluation.
U30 Winner

Field, Name, Affiliation[ Basic ]Swarnima Singh
Institute for Plasma
Research

Citation
For the significant contribution on “Demonstrating formation ofsquare lattice in a monodisperse complex plasma"
Main paper: Swarnima Singh, et al, Square Lattice Formation in a
Monodisperse Complex Plasma, Phys. Rev. Lett. 2022

[ Laser ]Masato Ota
National Institute for
Fusion Science

For the significant contribution on “Ultra-fast visualization of electricfields around a relativistic electron bunch”
Main paper: Masato Ota, et al., Ultrafast visualization of an electricfield under the Lorentz transformation, Nature Physics (2022)[ Space ]Zhi-Yang Liu [刘志扬]Peking University

For the significant contribution on “New findings on multiscalewave-ion interaction in near-earth space plasmas”
Main paper: Z.-Y. Liu ,et al., Simultaneous macroscale andmicroscale wave–ion interaction in near-earth space plasmas, Naturecom (2022)[Solar&Astro ]Yajie Chen [陈亚杰]MPS/Peking University

For the significant contribution to “the understanding of small-scalereconnection events in the solar atmosphere”
Main paper: Yajie Chen, et al, Transient small-scale brightenings in
the quiet solar corona: A model for campfires observed with Solar
Orbiter, Astronomy &Astrophysics (2021)[ Magnetic Fusion ]For the significant contribution on “Finding effects of curvature ofradial electric field on edge magnetohydrodynamics mode in toroidal
plasmas”
Main paper: Y. Zhang, et al., Curvature of Radial Electric Field
Aggravates Edge Magnetohydrodynamics Mode in Toroidally
Confined Plasmas, Phys. Rev. Lett. (2020)
For the significant contribution on “Finding a new-type ofself-generated current in magnetized plasmas”
Main paper: Yong-Su Na, Jaemin Seo, et al, Observation of a new
type of self-generated current in magnetized plasmas, Nature com(2022)Yi Zhang [张毅]Southwestern Institute ofPhysics[ Magnetic Fusion ]Jaemin Seo
Chung-Ang University

2023 U30 Selection committee:
Chairman: Em. Prof. Kunioki Mima (Osaka University, JP)
Members: Prof. Ryoji Matsumoto (Chiba University, JP)
Prof. Joydeep Ghosh (Institute for Plasma Research, IN)
Prof. Liming Chen (Shanghai Jiaotong University, CN)
Prof. Xuening Bai (Tsinghua University, CN)
Prof. Jong-Kyu Park (Seoul National University, KR)46

18.5 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 numberof significant posters. Winner will receive a certificate and a book gift (only limited number is available).
Selection committee chair is Dr Richard Sydra (Canada).
[19] Publication
APPS-DPP encourage publication of plenary and invited talks to our official journal Reviews ofModern 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.
[20] 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 respondand ignore in case. It is fraud attempt.

47[21] 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-HongSong(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), Kerchung Shaing(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,

48

L (Laser); Hyyong Suk(Chair), Min Chen(Vice), Shinsuke Fujioka(Vice), Kitae Lee(Vice), Prashant Kumar Singh(Vice), Yoshitaka Mori,
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[22] NIFS TourThe tour will be held on 12 Nov. Sunday and take you to NIFS to visit the experimental hall of LHD,
the control room, CompleXcope (virtual reality), the supercomputer, and NIFS Units presentations. The
detailed information will be sent to the participants of the tour.

49

[23] 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.

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

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.

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

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.

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.

6. Legoland Japan50

https://www.legoland.jp/en/

Access: Near the conference venue.
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)

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

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.

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.

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

https://cruise-nagoya.jp/en/51[24] Oral Presentation
Oral presenters will make a presentation with their own PC. The presenters can connect your PC to the Projector with an
HDMI cable. All presenters should be in the front row. You can use the laser pointer we have provided for your lecture. An
aspect ratio of the Projector with the default format is summarized below,
R oom
C onvention H all
B uilding

Projector
Aspect ratio
16:10

sessionH all B 1,2

F undam ental

H all B 3,4

L aser

16:10

H all A 1

B asic

16:10

M ain H all

P lenary & M F 1(1)

16:10

R oom 3

M F 1(2)

4:3

R oom 4A pplied(1)

4:3

M ain H all

R oom 5

L O C /D P PーB uildingR oom 6-1

CD

16:10

R oom 6-2

A pplied(2)

16:10

R oom 7-1SG

4:3

R oom 7-2

M F2

E vent H all
E vent H all B uilding

R oom 1

4:3
P oster& E x

S olar

4:3

R oom 2

ー[25] Manual for the parallel session chairs
1. Chairs should come to the session room 5 min before the session starts.
2. Please check all presenters in the session stay in the room when the session starts.
3. Please introduce the speaker’ name and title of the presentation before every talk.
4. Please control the time of talk and discussions using web appl. Please click the link in the last column withyour PC, tablet, mobile phone after the Wi-Fi connection (SSID：AAPPS-wifi, PW: plasma-nagoya). Please turnON the speaker on your PC and set the sound level to MAXIMUM
5. If you need support, please get in touch with the LOC staff in the room. When no LOC staff is in the room,
please call telephone number of LOC office (090-2777-8832 / +81-90-2777-8832).
6. Spare dry batteries for the Laser Pointer are on the desk for chairs.

discussions

1st
bell

2nd
bell

3rd
bell

link of
WEB
appl.

30

10

25

30

40

link 40
min.

30

25

5

20

25

30

link 30
min.

25

20

5

15

20

25

link 25min.

allocated
time

talk

40

52

20

16

4

12

16

20

link 20
min.

15

12

3

9

12

15

link 15min.

The instruction of the WEB application (“Timekeeper”);* For Plenary sessions, LOC staffs will provide a timekeeper service. The chairs at the Plenary Session will
introduce each speaker.

[26] Poster Presentation
Poster size is 1200mm (width) x 1800mm (vertical). We will prepare push pins to set your posters on the poster board. Pleaseattach your poster to the board with a piece of paper indicating your poster number during lunch break and keep it till 16:00
on the poster board with your poster number. You can check your poster No. at
https://aappsdpp.org/DPP2023/html/3contents/poster.html

53Shape the beamwith high effciency

LCOS-SLM X15213 series

Features

Processing example
2D code marking on chip resistance
300 μmApplications■ High diffraction effciency■ Laser processing■ High light utilization effciency■ Laser marking■ High power handling capability■ Optical tweezers■ Covers various wavelength■ Pulse shaping

ranges (400 nm to 2050 nm)

The LCOS-SLM X15213 series is a reflective liquid crystal device that can control the wavefront of light with higheffciency and high precision by phase modulation. Unlike conventional intensity modulation techniques usingmasks to block out light to form a desired optical pattern, the LCOS-SLM redistributes the light to generate lightpatterns effciently by using phase holograms.

HAMAMATSU PHOTONICS K.K.
www.hamamatsu.com

Laser Promotion Division, Business Promotion G
1-8-3, Shinmiyakoda, Kita-ku, Hamamatsu City, Shizuoka, 431-2103, JapanT E L （81）53-484-1301 FAX (81)53-484-1302

E-mail sales-laser@lpd.hpk.co.jp

Tracked for

ImpactFactorIndexed in:

ScopusAn Open Access Journal by MDPI
Editor-in-ChiefProf. Dr. Andrey Starikovskiy (Princeton University, USA)

Selected Editorial Board Members
Prof. Dr. Masaaki Okubo (Osaka Prefecture University, Japan)
Prof. Dr. Farzaneh Arefi-Khonsari (Sorbonne University, France)
Prof. Dr. Kwing-So Choi (University of Nottingham, UK)
Prof. Dr. Jan Benedikt (University of Kiel, Germany)
Prof. Dr. Scott E. Parker (University of Colorado, USA)

Journal Scope
•
•
•
•
•
•

atmospheric-pressure plasma
electron, ion and plasma sources
dusty plasma
low-temperature plasma and its applications
plasma diagnostics
electric discharges in gases, liquids and solids

•
•
•
•
•

plasma dynamics
plasma electrical properties
plasma theory and modelling
plasma–surface interaction
low-pressure plasma

Author Benefits
Open Access Unlimited and free access for readers
No Copyright Constraints Retain copyright of your work and free use of your article
Thorough Peer - Review
No Space Constraints, No Extra Space or Color Charges No restriction on the maximum lengthof the papers, number of figures or colors
Rapid Publication A first decision is provided to authors approximately 20.8 days after submission;
acceptance to publication is undertaken in 5.9 days (median values for papers published in thisjournal in the first half of 2023).

Academic Open Access Publishingsince 1996

Plasma Editorial Officeplasma@mdpi.com
MDPI, St. Alban-Anlage 664052 Basel, Switzerland
Tel: +41 61 683 77 34▶ mdpi.com/journal/plasma