THE 22nd INTERNATIONALCONFERENCE ON TERNARY
AND MULTINARY COMPOUNDS(ICTMC-22)
September 9 -13, 2024 · Beijing, China
Eastern Institute of Technology, Ningbo, China
Institute of Semiconductors, Chinese Academy of Sciences
Key Laboratory of Computational Physical Sciences (Fudan University), Ministry of Education

PROGRAM BOOK

03
04
05
08
11

01 Program Book

WELCOME MESSAGE

ORGANIZING COMMITTEEVENUE INFORMATION
05

FLOOR PLAN OF BEIJING CHUHUINYUAN RESORT

06

FLOOR PLAN OF CONFERENCE CENTER

07

EXHIBITORS LIST08

REGISTRATION

08SLIDES DESKCONGRESS INFORMATION
09

POSTER & EXHIBITION SERVICE DESK

09

DINING INFORMATION10FACILITIESICTMC22 Program at a Glance

12
22
34

SCIENTIFIC PROGRAM
12Opening & Keynote Session

21

Keynote Session & Closing

KEYNOTE SPEAKER BIOGRAPHIES & ABSTRACTS

INVITED SPEAKER BIOGRAPHIES
34 Topic 1: Computational material design and modeling41 Topic 2: Material growth and characterization techniques
47 Topic 3: Material growth and characterization techniques
53 Topic 4: Photocatalysis, thermoelectrics, and energy storage
58 Topic 5: Light emitting materials and light manipulation
64 Topic 6: Complex wide-band-gap materials
69 Topic 7: Spintronic, multiferroic, and other magnetic compounds
76 Topic 8: Miscellaneous

80
83

Posters List

PRESENTATION INSTRUCTIONS
83

ORAL PRESENTATION

84

POSTER PRESENTATION

Program Book 02

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

WELCOME MESSAGE
On behalf of the Conference Chairs, it is our great pleasure to announce that the 22nd International Conference on
Ternary and Multinary Compounds (ICTMC-22) will take place from September 9-13, 2024, at the Beijing ChunhuiInternational Conference Center in Beijing, China.

Since its inception in 1973, ICTMC has been a premier forum for discussing advancements in ternary and multinary
compounds. This biennial event continues to offer a comprehensive exploration of the physics, chemistry, growth,characterization, theory, and applications of these compounds. ICTMC-22 will encompass both fundamental scientificresearch and practical technological applications.

We are excited to extend a warm invitation to you to join us at ICTMC-22. Your presence will not only contribute to therich scientific discussions but also facilitate meaningful networking and collaborative opportunities with esteemed
academics, researchers, industry professionals, and students.

We look forward to your participation and to a conference filled with insightful exchanges and new discoveries.

Profs. Su-Huai Wei, Xin-Gao Gong, Jun-Wei Luo
Chairs, Organizing Committee of ICTMC-22

03 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

ORGANIZING COMMITTEEInternational Advisory Committee

Local Organization Committee●

David Cahen, Weizmann Institute of Science, Israel●

Shiyou Chen, Fudan University, China●

Xin-Gao Gong, Fudan University, China●

Hui-Xiong Deng, Institute of Semiconductors, CAS, China●

Xin-Gao Gong, Fudan University, China●

J. F. Guillemoles, French National Centre for Scientific Research,
France●Bing Huang, Beijing Computational Science Research Center,
China

●

Shu-Shen Li, Institute of Semiconductors, CAS, China●

Hai-Qing Lin, Zhejiang University, China●

Wu Li, Eastern Institute of Technology, Ningbo, China●

Junwei Luo, Institute of Semiconductors, CAS, China●

Jun-Wei Luo, Institute of Semiconductors, CAS, China●

Xiaodong Pi, Zhejiang University, China●

Chen Qiu, Eastern Institute of Technology, Ningbo, China●

Bo Shen, Peking University, China●

Guozhen Shen, Beijing Institute of Technology, China●

Xun Shi, Institute of Ceranmics, CAS, China●

Man-Ling Sui, Beijing University of Technology, China●

Ning Tang, Beijing University●

Su-Huai Wei, Eastern Institute of Technology, Ningbo, China●

Zhongming Wei, Institute of Semiconductors, CAS, China●

Hong-Yu Wen, Institute of Semiconductors, CAS, China●

Hongjun Xiang, Fudan University, China●

Ji-Hui Yang, Fudan University, China●

Wanjian Yin, Soochow University, China●

Jingbi You, Institute of Semiconductors, CAS, China●

Pu Yu, Tsinghua University, China●

Lijun Zhang, Jilin University, China

●

●

●

Nazim Mamedov, Azerbaijan National Academy of Sciences,
Azerbaijan
Angus Rockett, Colorado School of Mines, USA
Roland Scheer, Martin Luther University Halle-Wittenberg,
Germany●

Susan Schorr, Helmholtz-Zentrum Berlin, Germany●

William Shafarman, University of Delaware, USA●

Susanne Siebentritt, University of Luxembourg, Luxemburg●

Takahiro Wada, RyuKoku University, Japan●

Kazuki Wakita, Chiba Institute of Technology, Japan●

Su-Huai Wei, Eastern Institute of Technology, Ningbo, China●

Andriy Zakutayev, National Renewable Energy Laboratory, USA●

Alex Zunger, Colorado University at Boulder, USA

International Program Committee●

Xin-Gao Gong, Fudan University, China●

Hugh Hillhouse, University of Washington, USA●

Anderson Janotti, University of Delaware, USA●

Jae Kyung Jeong, Hanyang University, Korea●

Yong Zhang, Nanjing University, China●

Hiroshi Katayama-Yoshida, The University of Tokyo, Japan●

Jian-Hua Zhao, Institute of Semiconductors, CAS, China●

Jun-Wei Luo, Institute of Semiconductors, CAS, China●

Yixin Zhao, Shanghai Jiao Tong University, China●

Lane Martin, University of California, Berkeley, USA

●

●

●

Katsuaki Sato, Tokyo University of Agriculture and Technology,
Japan
David Scanlon, University College London, UK
Byungha Shin, Korea Advanced Institute of Science &Technology, Korea●

Su-Huai Wei, Eastern Institute of Technology, Ningbo, China●

Zhen-Yu Zhang, University of Science and Technology, China●

Wen-Qing Zhang, Southern University of Science andTechnology, China

Publication Committee●

Jun-Wei Luo, Institute of Semiconductors, CAS, China●

Hui-Xiong Deng, Institute of Semiconductors, CAS, China●

Su-Huai Wei, Eastern Institute of Technology, Ningbo, China

Program Book 04

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

VENUE INFORMATION
Beijing Chunhuiyuan International Conference Center is located in the Beijing Chunhuiyuan Resort, which is acomprehensive resort that integrates business meetings, tourism, leisure vacation, entertainment, and dining. Beijing
Chunhuiyuan ICC is one of the buildings of this complex.

It is situated on the beautiful "First River of the National Gate" Wenyu Riverside. It covers an area of 1.8 million square
meters, embracing "sky, earth, forest, water".

FLOOR PLAN OF BEIJING CHUHUINYUAN RESORT

Official Hotel
Resort Hotel
ConferenceCenterMain Entrance

05 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

FLOOR PLAN OF CONFERENCE CENTER

Main Conference HallPurple Crystal Palace

Registration &Slide Desk

Main Entrance

Meeting
Room No. 5

Meeting
Room No. 3

Restaurant for
breakfast, Buffet
lunch and dinnerMeeting
Room No. 6

Exhibtion,
Poster &Coffee BreakMeeting
Room No. 9

Program Book 06

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

EXHIBITORS LIST
Booth No.
A01

B01

B02

B03

07 Program Book

Exhibitor
北京龙讯旷腾科技有限公司
Beijing Lonxun Quantum Co.,Ltd.
北京东科泓生科技有限公司
Beijing Coolight Technology Co., Ltd
奥量光子（北京）科技有限公司
Ultrafast Quantum Photonic Co. Ltd
北京锐雪科技有限公司
Beijing Reyshore-Tec Ltd.

September 9 -13, 2024
Beijing, China

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

CONGRESS INFORMATIONREGISTRATIONICTMC-22 participants are asked to register at the registration desks. You could register at Lobby of Resort Hotel in theafternoon of 9th Sep. and could register at Lobby of Chunhuiyuan International Conference Center from 10th Sep. You
will receive your name badge and your conference bag containing the program book and other items. The opening
hours of the registration desk are as follows:

Date

Resort Hotel Lobby

Conference Center Lobby

Sept. 09 (Mon)

13:00-20:00-

Sept. 10 (Tue)-

07:30-18:00

Sept. 11 (Wed)-08:00-18:30

Sept. 12 (Thur)-

08:00-12:00

Sept. 13 (Fri)-

08:00-12:00

SLIDES DESK
It is recommended that each speaker come to the Slides Desk to test the document as soon as your arrival, and copy
your slides to your meeting room computer at least 30 minutes before the session. For speakers who do not copy theslides to his meeting room, the time for copying your slides to the computer will be included in your presentation time.
The opening hours of the slides desks are as follows:

Date

Resort Hotel Lobby

Conference Center Lobby

Sept. 09 (Mon)

13:00-20:00-

Sept. 10 (Tue)-

07:30-18:00

Sept. 11 (Wed)-08:00-18:30

Sept. 12 (Thur)-

08:00-12:00

Sept. 13 (Fri)-

08:00-12:00

Program Book 08

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

POSTER & EXHIBITION SERVICE DESK
Poster authors could get the tape to put up their posters at the service desk. Before you put up your poster, pleasesign in to the poster list to confirm your participation. The poster & exhibition service desk is by the gate of poster &exhibition area.

Exhibitors could also get help from this service desk. The opening hours of the Service Desk are as follows:

Date

Conference Center (2F)

Sept. 09 (Mon)

From 16:00

Sept. 10 (Tue)

07:30-18:00

Sept. 11 (Wed)08:00-18:30

Sept. 12 (Thur)

08:00-12:00

Sept. 13 (Fri)

08:00-12:00

DINING INFORMATION
Breakfast of Resort HotelThis hotel has no breakfast restaurant, all in house guests need to go to the Gallery Restaurant on the second floor of
the Conference Center for breakfast. Room card is required for dining, so please bring your room card when you havebreakfast at Gallery Restaurant.

Lunch & DinnerYour conference registration fee includes buffet lunches from Sept. 10-12 and buffet dinners on Sept. 10 &12.
The lunch and dinner restaurant is Gallery Restaurant, which is located on the second floor of Conference Center
Kindly note that the dining time is fixed. Please have your lunch according to the conference program.

Date

Lunch

Dinner

Sept. 10 (Tue)12:00-14:00

17:30-19:00

Sept. 11 (Wed)12:00-14:00

18:30-20:30

Sept. 12 (Thur)

12:00-14:00

17:30-19:00

09 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

BanquetThe coupon for banquet of September 11 is separated from the combined coupons, the banquet is includes in theconference registration fee. This is an excellent occasion to communicate with participants and speakers.

Venue: Purple Crystal Palace on the first floor of the Conference Center
Date & Time: 18:30-20:30, September 11, 2024

FACILITIES
Wi-Fi
Wi-Fi Internet access will be available free of charge to all participants.
The name of Wi-Fi is: CHY (do not need password)

Smoking Policy
Chunhuiyuan Conference Center is a non-smoking facility participants are requested to refrain from smoking in indoor
areas.

Dress CodeYou are welcome to wear smart casual or comfortable clothes.

Bank or ATM in the Resort Hotel
ATM is available in the resort Hotel, you may use your bank card to withdraw cash from ATM.

There is also an Agricultural Bank of China near Chunhuiyuan ICC.
Detail is as follows:
Agricultural Bank of China (Weilaikexuecheng Branch)
Location: No. 3 Yingcai Nanjie Road, Shunyi District, Beijing City. (About 5 minutes by taxi from Chunhuiyuan ICC)

Program Book 10

ICTMC22 Program at a Glance
Sept 10, 2024
(Tuesday)Sept 11, 2024
(Wednesday)

Sept 12, 2024
(Thursday)

Sept 13, 2024
(Friday)

08:00-08:30

On-site Registration

Sign in

Sign in

Sign in08:30-08:45

Opening

4 parallel sessions

4 parallel sessions

Time

Sept 9, 2024
(Monday)

08:45-09:15

Keynte(30min*3)

09:15-09:45

Keyno(30min*3)

09:45-10:00

Invited+ OralInvited+ OralInvited+ OralInvited+ OralInvited+ OralInvited+ OralInvited+ OralInvited+ Oral

10:00-10:15

Coffee & Tea Break

10:15-10:30

Coffee & Tea Break

10:10-10:20 Coffee & Tea Break

10:30-11:00

10:20 4 parallel sessions

10:30-11:00

Keynote(30min*3)

11:00-11:30
11:30-12:00

Invited+ Oral

13:00-20:00
On-site Registration

Invited+ OralInvited+ OralLunch & Rest

Lunch & Rest

14:00-14:30

4 parallel sessions

4 parallel sessions

15:00-15:40

Invited +Oral

15:40-15:50

Invited +Oral

Invited +Oral

Invited +Oral

15:40 Coffee & Tea Break

10:20 4 parallel sessions

Invited+ OralInvited+ OralInvited+ OralInvited+ OralInvited +Oral

Invited +Oral

Invited +Oral

17:30-19:00

Dinner

19:00-21:00

Free Hours(IAC Meeting)

Invited+ OralInvited+ OralInvited+ OralLunch & Rest

Invited+ Oral

15:40 Coffee & Tea Break

4 parallel sessions
15:50-17:30

Coffee & Tea BreakKeynote(30min*3)

11:45 Closing

12:00-14:00

14:30-15:00

Invited+ Oral

10:10-10:20

Invited +Oral

Poster Session
Poster Award Review

18:30 Banquet(for all participants, including dinnerand Poster Award Announcement)

Excursion( Two options:
1. The Great Wall;
2. The Summer Palace. )THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

SCIENTIFIC PROGRAM
Opening & Keynote Session
Date

Time

Chair

Purple Crystal Palace (1F)

Name

Affiliation

Title of the Talk

Opening

08:30-08:45

Xian-Hui Chen

University of Science andTechnology of China

Superconducting stripes
and anisotropic TC in anoxide heterostructure
EuO/KTO(110)

09:15-09:45

Zhen-Yu
Zhang

University of Science andTechnology of China

Element-mutated ternary
systems as topologically
nontrivial twodimensional magnets

09:45-10:15

Lin-Wang
Wang

Institute of
Semiconductors, CAS

PWmat: the progress
report of a GPU plane
wave first principles
calculation package

08:45-09:15

Xin-Gao Gong

Sep.10
10:15-10:30

Coffee & Tea Break

10:30-11:00

Li-Dong Chen

Shanghai Institute of
Ceramics,CAS

Semiconducting
chalcogenides: ductility
and thermoelectric
properties

Gerrit ErnstWilhelm Bauer

Tohoku University, Japan

Selected Topics in
Magnonics and Ferronics

Sungkyunkwan University

Van der Waals-Layered
Magnetic Semiconductors:
Diluted Magnetic
Semiconductors (DMSs)

11:00-11:30

11:30-12:00

Jian-Hua Zhao

Young Hee Lee

Program Book 12

Meeting Room 3 (2F)
Topic: Computational material design and modeling
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Jing Ma

Nanjing University

Stability Prediction of Gold Nanoclusters with Different Ligands and Doped Metals

14: 20-14: 40

Li-Min Liu

Beihang University

The Nature of Excess Electrons and their Effect on the Activity of Reduced Metal Oxides

14: 40-15: 00

Sep.10

Session Chair

Xiang-Mei Duan

Ningbo University

Microscopic Mechanisms of Photovoltaic Conversion and Material Design

15: 00-15: 20

Xin-Gang Zhao

Northeast Normal University

Screen d-electron ternary oxide memristors based on anti-doping principles

15: 20-15: 40

Jun-Jie Wang

Nanjing University

Machine learning accelerated crystal structure prediction of ternary and multinary
compounds

Wanjian Yin

15: 40-15: 50

Coffee & Tea Break

15: 50-16: 10

Zhi-Mei Sun

Beihang University

Accelerating the Discovery and Design of Novel Materials by ALKEMIE

16: 10-16: 30

Zhu-Hua Zhang

Nanjing University of Aeronautics andAstronautics

Rich structures and functionalities at interfaces of 2D materials

Lei ShenNational University of Singapore (NUS)

Crystal Structure Relaxation with Machine Learning

16: 30-16: 50

Lijun Zhang

16: 50-17: 10

Liang MaSoutheast University

Controllable Nucleation Mechanism and Epitaxy Descriptor of Two-Dimensional
Materials

17: 10-17: 30

Li Huang

Southern University of Science andTechnology

Magneto-Optical Properties and Hall Effects with Net Zero Magnetism

08: 30-08: 50

Shi-Xuan Du

Institute of Physics,CAS

Rational Design of Ternary and Multinary Materials with Designed Properties

Xian-Bin Li

Jilin University

Computational Study of Multinary Chalcogenide Semiconductors for Low-Power
Phase-Change Memory Applications

Bin XuSoochow University

Electric-field control of magnetism in BiFeO3-based multiferroics

09: 30-09: 50

Xie ZhangNorthwestern Polytechnical University

Computational screening of multinary compounds for deep-ultraviolet light emitters

09: 50-10: 10

Zhi-Xin Guo

Xi’an Jiaotong University

Efficient electrostatic control of 2D magnets in bilayer ternary compounds withenhanced interlayer magnetic coupling and its device application

08: 50-09: 10
09: 10-09: 30

Sep.11

Jihui Yang

10: 10-10: 20

Coffee & Tea Break

10: 20-10: 40

Wei-Chao Wang

Nankai University

Mn-based ternay mullites for environmental and energy applications

Bing Huang

Beijing Computational Science ResearchCenterManipulation of Nonlinear Optical Properties in Semiconductors

Yi-Yang Sun

Shanghai Institute of Ceramics,CAS

Recent Progress on Studies of Chalcogenide Perovskites as Functional Materials

11: 20-11: 40

Jun Kang

Beijing Computational Science ResearchCenterEffect of site disorder on the defect properties of MgSnN2

11: 40-12: 00

Tian-Qi Deng(oral)

Zhejiang University

Computational Survey of the Charge Carrier Scattering Mechanisms in Compound
Semiconductors

10: 40-11: 00
11: 00-11: 20

Xie ZhangMeeting Room 3 (2F)
Topic: Material growth and characterization techniques
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Qian Sun

Suzhou Institute of Nano-Tech and NanoBionics, CAS

Ga(Al, In)N-based Light Emitting Devices Grown on Si

14: 20-14: 40

Xiao-Juan Sun

Changchun Institute of Optics, Fine
Mechanics and Physics,CAS

Growth and defect regulation of non-polar AlN-based materials

Yang LiuSun Yat-Sen University

Self-Screening Effect of Polarizaiton Electric Field in bulk Galium Nitride and its
applications

15: 00-15: 20

Ping Wang

Peking University

Epitaxial Growth and Characterization of Emerging Sc-III-Nitride Ferroelectrics

15: 20-15: 40

Ya-Ping Wu

Xiamen University

Growth of Type-II Hexagonal and Rhombohedral Janus van der Waals Heterostructureswith Enhanced Valley Polarization

14: 40-15: 00
Sep.11

Bo Sheng

15: 40-15: 50

Coffee & Tea Break

15: 50-18: 00

Poster Session

08: 30-08: 50

Xue-Lin Yang

Peking University

Atomistic Understanding of Dislocation Climb in Nitride

08: 50-09: 10

Sen Huang

Institute of Microelectronics of Chinese
Academy of Sciences

Threshold voltage instability in III-nitride heterostructure metal–insulator–
semiconductor high-electron-mobility transistors

Ke WangNanjing University

III nitride digital alloys and deep UV LEDs grown by molecular beam epitaxy

09: 30-09: 50

Rong-Fu Chen

City University of Hong Kong

3D atom dynamics for multi-component doped helix materials

09: 50-10: 10

Jian-Hua Zhao

Institute of Semiconductors, CAS

Molecular-beam epitaxy and optical properties of high-quality ultrathin homogeneous
GaAs1-xSbx ternary semiconductor nanowires

09: 10-09: 30

Sep.12

Session Chair

Man-Ling Sui

10: 10-10: 20

Coffee & Tea Break

10: 20-10: 40

Xue-Dong Bai

Institute of Physics,CAS

Surface growth and structural manipulation by in-situ TEM

10: 40-11: 00

He TianZhejiang University

In-situ manipulation of ferroelectric domain and domain walls

Rong Yu

Tsinghua University

Direct imaging and positioning interstitial atoms in solids

11: 20-11: 40

Jian-Jun Tian

University of Science and Technology
Beijing

Colloidal fabrication of high-quality perovskite semiconductors for efficient devices

11: 40-12: 00

Qi ChenBeijing Institute of Technology

The heterogeneity in perovskite materials and solar cells

11: 00-11: 20

Xue-Lin Yang

Meeting Room 5 (2F)
Topic: Light emitting materials and light manipulation
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Ai-Wei Tang

Beijing Jiaotong University

Tunable Luminescence of Narrow-Bandwidth I-III-VI Type Semiconductor Nanocrystals
for QLEDs

14: 20-14: 40

Jian-Xin Tang

Macau University of Science andTechnology

Synergetic Interface Engineering on Blue Perovskite Light-Emitting Diodes

Rong-Jun Xie

Xiamen University

Luminescent materials for advanced displays

15: 00-15: 20

Guo-Fa Cai

Henan University

Electrochromic Materials and Multifunctional Large-size Device

15: 20-15: 40

Yang Chai

The Hong Kong Polytechnic University

Bioinspired in-sensor computing for artificial vision

14: 40-15: 00

Sep.10

Session Chair

Zhongming Wei

15: 40-15: 50

Coffee & Tea Break

15: 50-16: 10

Liang Li

Soochow University

Perovskite Optoelectronic Devices

16: 10-16: 30

Hui Huang

University of Chinese Academy of Sciences

Precise and Scalable Synthesis of Conjugated Polymers

Hua LiShanghai Institute of Microsystem andInformation Technology,CAS

GaAs/AlGaAs semiconductor laser based terahertz frequency combs

16: 50-17: 10

Shao-Teng Wu

Institute of Semiconductors, CAS

Research on infrared SiGeSn LED on 12 inches silicon

17: 10-17: 30

Yue Zhao(oral)

Harbin Institute of Technology

High Performance All-Inorganic Perovskite Photodetectors and Corresponding Arrays
Imaging System

08: 30-08: 50

Yi-Zheng Jin

Zhejiang University

Device physics and material chemistry of quantum-dot light-emitting didoes

08: 50-09: 10

Zhi-Feng Shi

Zhengzhou University

Lead-free halide perovskites luminescent materials and devices

Ting Wang

Institute of Physics, CAS

III-V Quantum Dot Comb Laser on Silicon for Integrated Optical I/O

09: 30-09: 50

Xing-Jun Wang

Peking University

Silicon photonics and system

09: 50-10: 10

Han Zhang(oral)

Shanghai Institute of Ceramics, CAS

Exploration of New Chalcogenide Perovskite Materials for Optoelectronic Applications

16: 30-16: 50

09: 10-09: 30

Ai-Wei Tang

Jian-Wei Wang

10: 10-10: 20
Sep.11

Coffee & Tea Break

10: 20-10: 40

Jian-Wei Wang

Peking University

Large-scale integrated quantum photonics

10: 40-11: 00

Xue Bai

Jilin University

Lanthanide based materials and optoelectronic devices

Jing-Xuan Wei

University of Electronic Science andTechnology of China

Novel Polarization-sensitive Photodetectors Based on Photonic-Electronic
Nanostructures

11: 20-11: 40

Chang-Xi Zheng

Westlake University

Imaging deep ultraviolet photon-matter interaction using low-temperature quantum
electron microscopy

11: 40-12: 00

Yu-Qing Sun(oral)

Hebei Normal University

First-principles calculation of effect of Bi doping on magnetic and optical properties of
LaFeO3-x

11: 00-11: 20

Yi-Zheng Jin

Meeting Room 5 (2F)
Topic: Complex wide-band-gap materials
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Jian-Dong YeNanjing University

An avalanche-and-surge robust NiO/Ga2O3 p-n heterojunction power diode14: 20-14: 40

Xiao Yu

Hangzhou Institute of Technology, Xidian
University

Impact of Oxygen Vacancy on Ferroelectric Characteristics and Reliability of
Hf0.5Zr0.5O2 (HZO) Thin Films

Wen-Bin Li

Westlake University

Origin of the Unusually High Electrical Conductivity of the Delafossite Metal PdCoO2

15: 00-15: 20

Yu-Ning Wu

East China Normal University

Simulations of the irradiation damage of wide-bandgap semiconductors

15: 20-15: 40

Xue-Fen Cai

Shenzhen University

Bismuth-alloyed Ga2O3 as a novel p-type transparent conducting oxide

14: 40-15: 00
Sep.11

Xiaodong Pi

15: 40-15: 50

Coffee & Tea Break

15: 50-18: 00

Poster Session

08: 30-08: 50

Hong-Lei Wu

Shenzhen University

Impact of different energy level of aluminum nitride on photodetectors

08: 50-09: 10

Peng Zhang

Shenzhen University

Theoretical exploration of electride materials with exotic physical properties

Jin-Song Xia

Huazhong University of Science andTechnology

Photonic Devices based on Thin-Film Lithium Niobate

09: 30-09: 50

Ya-Dong Xu

Northwestern Polytechnical University

In Pursuit of high resolution CsPbBr3 Gamma-ray Detectors by Optimization of Contact
and Configuration

09: 50-10: 10

Yan-Jun Fang

Zhejiang University

Suppression of Ion Migration in Halide Perovskites for Sensitivity and Stable X-ray
Detectors

09: 10-09: 30

Sep.12

Session Chair

Jian-Dong Ye

10: 10-10: 20

Coffee & Tea Break

10: 20-10: 40

Rong Wang

Zhejiang University

Tailoring the kinetic and electronic properties of dislocations in 4H-SiC by doping

10: 40-11: 00

Hong-Liang Zhang

Xiamen University

The electronic structure and band alignment (AlxGa1-x)2O3/Ga2O3 heterojunctions

Liang Wu

Hangzhou Dianzi University

Progress and device prospects on bulk AlN crystal growth by PVT method

11: 20-11: 40

Jing-Xiu Yang

Jilin Jianzhu University

Manipulation of Band Structure and Defect Properties in Semiconductor Materials

11: 40-12: 00

Hai-Wen Dai

Nanyang Technological University

Advancing Data-Driven Inorganic Materials Discovery: Insights from a Successful Caseand Challenges Posed by Disordered Structures

11: 00-11: 20

Peng Zhang

Meeting Room 6 (2F)
Topic: Photocatalysis, thermoelectrics, and energy storage
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Yuan-Hua Lin

Tsinghua University

High performance dielectric capacitors

14: 20-14: 40

Ping Wei

Wuhan University of Technology

Optimal design and performance evaluation of stable interfacial barrier layer for
Bi2Te3-based thermoelectric devices

Yuan Deng

BeiHang University

Multifield-Induced Fabrication Techniques for Bi2Te3-Based Thermoelectric Thick Films
and Microdevices for Innovative Applications

15: 00-15: 20

Li-Wen Sang

Fudan University

Homoepitaxial growth of p-GaN for pMOS capacitors

15: 20-15: 40

Bao-Ying Dou(oral)

Henan University

Nonradiative Recombination in Cu(In,Ga)Se2 Alloys

15: 50-16: 10

Chen-Guang Fu

Zhejiang University

Topological Heusler magnets for transverse thermoelectric

16: 10-16: 30

Tian-Ran Wei

Shanghai Jiao Tong University

Superior plasticity and thermoelectric performance of Ag2S-Ag2Se-Ag2Te multinarymaterials

Qian Zhang

Harbin Institute of Technology,Shenzhen

High performance Mg3(Bi,Sb)2-based thermoelectric generators

16: 50-17: 10

Pan Xiong

Nanjing University of Science &Technology

Confined Ion Transport in Two-Dimensional Materials and High-Efficiency Energy
Utilization

17: 10-17: 30

Qian-Hui Lou(oral)

Zhejiang University

High Defect Tolerance in Heavy-band Thermoelectrics

08: 30-08: 50

Li-Ming Yang

Huazhong University of Science andTechnology

The electronic structure, magnetism, and it's strain modulation on A3BX2 compounds

08: 50-09: 10

Jia LiTsinghua Shenzhen International Graduate
SchoolMolecular Understanding of the Critical Role of Solid-Liquid Interface on
Electrocatalysis

Jia-Zhen Wu

Southern University of Science andTechnology

Ru/Si 2D superlattice for alkaline hydrogen evolution reaction

09: 30-09: 50

Jian-Ping Xiao

Dalian University of Chemical Physics,CAS

Computational Catalyst Design Based on Energetic Descriptors and Reaction Phase
Diagram Analysis Accelerated by Machine Learning

09: 50-10: 10

Xiang-Yue
Meng(oral)

University of Chinese Academy of
Sciences

Lead free perovskite solar cells

10: 20-10: 40

Si-Qi Shi

Shanghai University

Design and Discovery of Novel Battery Materials

10: 40-11: 00

Hua-Bin Zhang

KAUST Catalysis Center

Stories about single atom catalysis

Li-Dong Zhao

BeiHang University

Advanced thermoelectric cooling materials

14: 40-15: 00

Sep.10Wenqing Zhang

15: 40-15: 50

16: 30-16: 50

09: 10-09: 30

Sep.11

Session Chair

Coffee & Tea BreakXun ShiWu Li

10: 10-10: 20

11: 00-11: 20

Coffee & Tea Break

Li-Ming Yang

11: 20-11: 40

Wan-Jian Yin

Soochow University

Expanding Multinary Oxide Perovskites for High-Performance Catalysts by Symbolic
Regression

11: 40-12: 00

Li-Rong Hu(oral)

Zhejiang University

p-type Dopability in Half-Heusler Thermoelectric Semiconductors

Meeting Room 6 (2F)
Topic: Photovoltaic materials and applications
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Yi Zhang

Nankai University

Qualified Absorber Layer Growth to Attain High Efficient Chalcogenide Thin Film SolarCells

14: 20-14: 40

Da-Long Zhong

National Institute of Clean-and-LowCarbon Energy

Thin-Film Photovoltaic Technology Advancements and Industrialization Challenges:
Sphalerite, Chalcopyrite, and Perovskite

Si-Xin Wu

Henan University

Defect engineering of kesterite photovoltaics

15: 00-15: 20

Fang-Yang Liu

Central South University

Bulk and Interface Modification for Copper-Zinc-Tin-Sulfide-Selenide Photovoltaic ThinFilms

15: 20-15: 40

Jian-Jun Li

Institute of Metal Research,CAS

Microscopic carrier loss mechanisms in kesterite Cu2ZnSn(S,Se)4 thin film solar cells

14: 40-15: 00
Sep.11

Shiyou Chen

15: 40-15: 50

Coffee & Tea Break

15: 50-18: 00

Poster Session

08: 30-08: 50

Sheng-Zhong Liu

Dalian University of Chemical Physics,CAS

Perovskite – a wonder material for solar cells

08: 50-09: 10

Yi-Xin Zhao

Shanghai Jiao Tong University

Low dimensional perovskite and surface termination to passivate and stabilize
perovskite photovoltaics.

Qing Zhao

Peking University

Ion transport in micro-nano structures and related device applications

09: 30-09: 50

Meng-Lin Huang

Fudan University

Defect correlation reveals critical defects in low-symmetry materials

09: 50-10: 10

Biao Zeng (oral)

Shanghai Institute of Ceramics, CAS

CVD Synthesis of Millimeter-Scale BiSCl Nanorods and Bandgap Tuning via Structural
Arrangement

09: 10-09: 30

Sep.12

Session Chair

Jingbi You

10: 10-10: 20

Coffee & Tea Break

10: 20-10: 40

Ping-Qi Gao

Sun Yat-Sen University

Indium-saving transparent electrode towards sustainable development of siliconheterojunction solar cells

10: 40-11: 00

Jun-Liang Yang

Central South University

Printing Organic and Perovskite Solar Cells and their Modules

Wei-Min Li

Shenzhen Institute of Advanced
Technology, CAS

Over 20%-efficiency flexible and bending durable CIGS solar cell on stainless steel
substrate through diffusion barrier insertion

11: 20-11: 40

Zai-Xing Yang

Shandong University

Low-dimensional antimonide and optoelectronic devices

11: 40-12: 00

Ying Li

Beijing Institute of Technology

Study on Bionic Visual Sensors Based on Lead-free Perovskite Materials

11: 00-11: 20

Yixin Zhao

Meeting Room 9 (2F)
Topic: Spintronic, multiferroic, and other magnetic compounds
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Maciej Sawicki

Maciej Sawicki

Towards Electric-Field Manipulation of Magnetization in Insulating Dilute Ferromagnets

14: 20-14: 40"Nguyen Duy
KHANH"

Institute for Solid State Physics (ISSP), The
University of Tokyo, Chiba, Japan

Topological transport behavior in intercalated van der Waals antiferromagnets

Yong-Bing Xu

Nanjing University

Manipulation of spin ordering in 2D magnets

15: 00-15: 20

Chun-Gang Duan

East China Normal University

Ternary and multinary ferrovalley materials

15: 20-15: 40

Jin-Xing Zhang

Beijing Normal University

Artificial Symmetry Design for Magnetoelectric Phase Transition

14: 40-15: 00

Sep.10Pu Yu

15: 40-15: 50

Coffee & Tea Break

15: 50-16: 10

Jin-Bo Yang

Peking University

Development of Iron-rich Rare-earth permanent magnetic materials

16: 10-16: 30

Hong-Jun Xiang

Fudan University

Property analysis and simulation package for materials (PASP) and its applications tomagnetic and ferroelectric materials

Shuai DongSoutheast University

Alterferroicity

16: 50-17: 10

Pu Yu

Tsinghua University

A correlated ferromagnetic polar metal by design

17: 10-17: 30

You-Wen Long

Institute of Physics,CAS

Charge and spin states of PbFeO3 and PbCoO3 prepared under high pressure

08: 30-08: 50

Chang-Qing Jin

Institute of Physics,CAS

New Spintronic Materials: Design , Synthesis & Characterizations

08: 50-09: 10

Ning Tang

Peking University

Spin properties of the two-dimensional electron gas in GaN-based heterostructures

Gang Xiang

Sichuan University

Transition Metal-doped Gallium Oxide Magnetic Semiconductor Thin Films: Fabrication,
Characterizations and Potential Application in Magnetic Memristors

09: 30-09: 50

Zhi-Min Liao

Peking University

Control over Berry curvature dipole and orbital magnetic moments

09: 50-10: 10

Jian Zhou

Xi'an Jiaotong University

Neel vector tuning hidden bulk photocurrent generation in Mn-based ternary
antiferromagnets

16: 30-16: 50

09: 10-09: 30

Sep.11

Session Chair

Chun-Gang
Duan

Chang-Song Xu

10: 10-10: 20

Coffee & Tea Break

10: 20-10: 40

Tian-Xiang Nan

Tsinghua University

Control of magnon spin transport in antiferromagnetic and multiferroic materials

10: 40-11: 00

Yu-Rong Yang

Nanjing University

External field effects of ferroelectrics from first principles

Chang-Song Xu

Fudan University

Fractional Quantum Ferroelectricity

11: 20-11: 40

Zhi-Qi Liu

BeiHang University

High-temperature ferromagnetism in ternary oxide La2CoO4±x thin films and its
electrochemical applications

11: 40-12: 00

Da-Hai Wei

Institute of Semiconductors, CAS

Progresses of room temperature magnetic semiconductors based on Antimonides andGermanide

11: 00-11: 20

Chang-Qing Jin

Meeting Room 9 (2F)
Topic: Miscellaneous
Date

Time

Name

Affiliation

Title of the Talk

14: 00-14: 20

Hang-Hui Chen

NYU Shanghai

A first-principles study of nickelate superconductors

14: 20-14: 40

Liang Qiao

University of Electronic Science andTechnology of China

Critical Role of H for Superconductivity in Infinite-layer Nickelates

Xin Yang

Center for High Pressure
Science&Technology Advanved Research

Theoretical Design of High-temperature Superconductivity in Metal Borides

15: 00-15: 20

Zhe-Shuai Lin

Technical Institute of Physics andChemistry,CAS

Isotropic Zero Thermal Expansion and Good Optical Transparence in Sodalite
Framework Crystals

15: 20-15: 40

Jun-Yi Zhu

The Chinese University of Hong Kong

Revised Electron counting models based on six-fold coordination and layers and its
application in the phase change in transition metal oxides

14: 40-15: 00
Sep.11

Session Chair

Huixiong Deng

15: 40-15: 50

Coffee & Tea Break

15: 50-18: 00

Poster Session

08: 30-08: 50

Wei Ji

Renmin University of China

Coexistence of ferromagnetism and ferroelectricity in van der Waals bilayers

08: 50-09: 10

Yi Du

BeiHang University

2D Frustrated Materials with Exotic Electronic Flat Bands

Song Li

Winger physics Center

Quantum Emission from Coupled Spin Pairs in hBN

09: 30-09: 50

Shi Liu

Westlake University

Understand Ferroelectrics with Universal Force Field

09: 50-10: 10

Bo-Nan Zhu

Beijing Institute of Technology

Exploring earth-abundant Li-ion cathode materials using random structure searching

09: 10-09: 30

Bing Huang

10: 10-10: 20
Sep.12

Coffee & Tea Break

10: 20-10: 40

Jun Di

Nanjing University of Science &Technology

2D atomic layer for photocatalytic CO2 reduction

10: 40-11: 00

Li-Hui Song

Zhejiang University

Research on the Irradiation Effects of Silicon Carbide

Chen Zhang

Institute of Semiconductors, CAS

Theoretical understanding of correlation between magnetic phase transition and thesuperconducting dome in high-Tc cuprates

11: 20-11: 40

Gao-Feng Teng(oral)

Beijing Computational Science ResearchCenter"Origin of the contrasting magnetic stability of antiferromagnetic
CuMnAs and CuMnSb"

11: 40-12: 00

Han-Pu Liang(oral)

Beijing Computational Science ResearchCenterCritical Role of Configurational Disorder in Stabilizing Chemically Unfavorable
Coordination in Complex Compounds

11: 00-11: 20

Wei JiTHE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

Keynote Session & Closing

Date

Purple Crystal Palace (1F)

Time

Chair

Name

Affiliation

Title of the Talk

08:30-09:00

Jun-Wei Luo

Hideo Hosono

Tokyo Institute ofTechnology, Japan

Recent Advances inMaterials and Applicationof Electrides

Feng-Qi Liu

Institute of
Semiconductors, CAS

Realization of Quantum
Dot Cascade Laser
Structure

Yong Zhang

University of North
Carolina at Charlotte

II-VI based organicinorganic hybrid
superlattices: structure,stability, and properties

09:00-09:30

09:30-10:00

Sep.13September 9 -13, 2024
Beijing, China

Coffee & Tea Break

10:00-10:15

David Cahen

Weizmann Institute

Structural Disorder in
Photovoltaic Materials

10:45-11:15

Qing-Bo Meng

Institute of Physics,CAS

The Pathway to >15%
Efficiency Emerging
Kesterite Solar Cells

11:15-11:45

MikhailOtrokov

Institute of Nanoscienceand Materials of Aragon in
Zaragoza (Spain)

Intrinsic Magnetic
Topological Insulators of
the MnBi2Te4 Family

10:15-10:45

11:45

21 Program Book

Su-Huai Wei

ClosingTHE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

KEYNOTE SPEAKER BIOGRAPHIES & ABSTRACTS
Xian-Hui Chen
University of Science and Technology of China
Professor Xianhui Chen obtained his doctorate degree from University of Science andTechnology of China (USTC) in 1992. Now he is a distinguished professor at USTC, an
academician of the Chinese Academy of Sciences. His research interests focus on the
exploration of novel superconducting, strong electron-correlated and topologicalquantum materials and the related physics therein. Professor Xianhui Chen has publishedmore than 500 SCI papers. He won the First Prize of State Natural Science Award in 2013,
the Bernd T. Matthias Prize in Superconducting Materials in 2015, the Ho Leung Ho
Lee Foundation Physics Prize in 2017, the TWAS Prize in Physics in 2019 and the Future
Science Prize Physical Science Prize in 2023, etc..

Superconducting stripes and anisotropic TC
in an oxide heterostructure EuO/KTO (110)University of Science and Technology of China
chenxh@ustc.edu.cn

Abstract:
In this talk I will introduce our recent progress on the study of the interface between
high-quality EuO (111) thin film and KTO (110) substrate. Both oxides are insulating, yet
the interface is metallic and shows superconductivity with onset transition temperature
Tonset c = 0.6-1.4 K depending on the carrier density. The 2D nature of superconductivity
is verified by the large anisotropy of the upper critical field and the characteristics
of a BKT transition. By applying gate voltages, Tonset c can be largely tuned with anenhancement of ~70%; such an enhancement can be possibly associated with a boosted
spin-orbit coupling (SOC) energy. Further analysis based on the upper critical field (Hc2)and magnetoconductance reveals complex nature of SOC at the EuO/KTO (110) interface
with different dominant scattering mechanisms in the superconducting and normal
states. Our results demonstrate that the SOC should be considered an important factor
in determining the 2D superconductivity at oxide interfaces.

Program Book 22

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Zhen-Yu Zhang
University of Science and Technology of China
Prof. Zhang received his B.S. degree from Wuhan University in 1982 and PhD degree from
Rutgers University in 1989, both in physics. He was a Distinguished Research Scientist
at Oak Ridge National Laboratory and Chair of Excellence Professor of Physics at the
University of Tennessee, USA before joining the University of Science and Technology
of China (USTC) in January 2011. He is now a Distinguished Chair and Yan Jici Professorof Physics at USTC and serves as co-founding Director of the International Centerfor Quantum Design of Functional Materials (ICQD), USTC. His research interests lie
in the fields of theoretical understanding of the formation, stability, properties, andpotential applications of low-dimensional materials that exhibit global or macroscopic
quantum properties. He has authored/coauthored over 300 peer-reviewed papers, andhas disseminated the research findings in over 300 invited/keynote/plenary talks andlectures. He is a fellow of the American Physical Society, and has served or currently
serves on the editorial boards of several professional journals.

Element-mutated ternary systems as topologically
nontrivial two-dimensional magnets
University of Science and Technology of Chinazhangzy@ustc.edu.cn

In this talk, I will present results from our recent theoretical and experimental studiesof two-dimensional magnets, focusing on how to convert topologically trivial binary
systems into ternary materials with electronically and magnetically nontrivial properties
via proper element mutation.

23 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Lin-Wang Wang
Institute of Semiconductors, CAS
Lin-Wang Wang graduated from Shanghai Jiao Tong University in 1985 and graduatedfrom Cornell University in the United States in 1991 with a doctorate in science. From1992 to 1999, he worked at the U.S. Renewable Energy Laboratory, holding postdoctoraland researcher positions respectively. From 1999 to 2021, he worked at the Lawrence
Berkeley National Laboratory in the United States as a researcher and senior researcher.
From 2022 to present, he serves as a researcher at the Institute of Semiconductors,
Chinese Academy of Sciences. Dr. Wang is mainly engaged in algorithm research forlarge-scale material calculations. He has achieved a number of original research resultswith important international influence in semiconductor low-dimensional structures,computational materials science, and energy materials science. He has developed
more than ten algorithms and material calculation and device simulation programs,
including PEtot, Escan, LCBB, LS3DF, etc. He was elected as the American Physical Society
Fellow (APS Fellow) in 2006 and has been provided the international high-performancecomputing Gordon Bell Award. Dr. Wang has published more than 400 SCI papers,
including 10 Science and Nature papers, and more than 80 PRL, JACS and NanoLett level
papers. The total number of citations of his paper is more than 40,000 times, and the
H-index is 100. He is one of the original developers of the now commercialized PWmat
code.

PWmat: the progress report of a GPU plane wave firstprinciples calculation package
lwwang@semi.edu.cn

PWmat is a GPU plane wave pseudopotential first principles calculation package. Afterten year’s development, it has acquired many different features. Now, besides plane wave
basis, it also has Gaussian basis, as well as the semi-empirical DFTB method. Besides theusual ab initio molecular dynamics, it can also perform real time time-dependent density
functional method calculations. It has the nonequilibrium Green’s function method forquantum transport. For larger than 10,000 atom systems, it has the O(N) method andcharge patching method for nanostructure calculations. Its fixed potential calculationis popular for electric chemistry study. The PWmat has been implemented in GPU, CPU,DCU and window operation systems. In this talk, I will review these progresses in PWmat,
let the audience know its current capabilities and our future plan.

Program Book 24

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Li-Dong Chen
Shanghai Institute of Ceramics, CAS
Prof. Lidong Chen received his doctor degree in Materials Science from Tohoku
University in 1990. After being chief engineer at Riken Cooperation and postdoctoral
appointment at Japan National Aerospace Laboratory, he had worked at the Institutefor Materials Research, Tohoku University, as research associate and associate professor.
He joined Shanghai Institute of Ceramics, Chinese Academy of Sciences as professor
in 2001. Prof. L.D. Chen has published over 300 authored or co-authored papers in thearea of thermoelectrics. Currently he serves as Co-Editor-in-Chief of npj Computational
Materials. He was elected as a member of Chinese Academy of Sciences (Academician) in2023.

Semiconducting chalcogenides: ductility and thermoelectric properties
State Key Laboratory of High Performance Ceramics and Superfine Microstructure,
Shanghai Institute of Ceramics, CAS, Shanghai 200050, China
cld@mail.sic.ac.cn

Flexible thermoelectrics provides a different solution for developing portable andsustainable flexible power supplies. The discovery of Ag2S-based ductile semiconductors
has driven a shift in the potential for flexible thermoelectrics, while it is still a big
challenge to develop ductile materials with high thermoelectric performance. We haveput our efforts on the synergistic modulation of thermoelectric properties and ductilityof Ag2S-based chalcogenides. By partially substituting S with Se and/or Te, a series ofn-type thermoelectric materials with relatively good ductility have been developed.
Furthermore, based on systematic study on the composition-performance phase
diagram in AgCu(Se,S,Te) pseudo-ternary solid solutions, a series of high-performancep-type ductile thermoelectric materials have been discovered. The maximum zT values
in both n- and p-type ductile materials reach at >0.6 at room temperature. Ring-shape TE
devices and flexible TE devices are further fabricated demonstrating great potentials forthe applications in flexible electronics.

25 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Gerrit Ernst-Wilhelm Bauer
Tohoku University, Japan
Gerrit Ernst-Wilhelm Bauer (1956) holds an Engineering Degree (1980) in Chemical
Technology from Twente University (The Netherlands) and Doctor Degree in Physics(1984) from the Technical University Berlin (Germany) for research carried out at the
Hahn-Meitner-Institute of Nuclear Research. After a Feodor Lunen/JSPS postdoc at theInstitute for Solid State Physics of the University of Tokyo (1984-86), he was a memberof the Scientific Staff of the Philips Research Laboratories (1986-92), Professor of Physics
at the Delft University of Technology 1992-2022 (part-time since 2011), Professor at theInstitute for Materials Research of Tohoku University 2011-2022, and part-time Professor
at Groningen University 2018-2022. Since 2021 he is a Professor at the Advanced Institutefor Materials Research (AIMR) of the World Premier International Research Centers
Initiative (WPI) at Tohoku University and since 2022 jointly appointed as Chair Professor
at the Kavli Institute of Theoretical Sciences (KITS) of the University of the Chinese
Academy of Sciences, Beijing, China. He received the Wilhelm-Conrad-Röntgen Award
from Würzburg University (2000), the Outstanding Referee Award by the American
Physical Society (2008), and the Lars Onsager Medal from the Norwegian University of
Science and Technology (2009). He became Fellow of the American Physical Society in2010, Distinguished Lecturer of the IEEE Magnetics Society in 2012, Fellow of the Japan
Society for Applied Physics 2022, and Humboldt Research Awardee in 2023.

Selected Topics in Magnonics and Ferronics
1

Kavli Institute for Theoretical Sciences, UCAS, 100191 Beijing, China
2

WPI-AIMR, Tohoku University, 980-8577 Sendai, Japan*e-mail: g.e.w.bauer@gmail.com

The duality between electric and magnetic dipoles in electromagnetism only partly
applies to condensed matter. In particular, the elementary excitations of the magnetic
and ferroelectric orders, namely magnons and ferrons, differ in many respects. I willcompare the basic physics underlying the advanced field of “magnonics” with that of theemerging field of “ferronics” [1] and share recent insights.

Reference:[1] G.E.W. Bauer, P. Tang, R. Iguchi, J. Xiao, K. Shen, Z. Zhong, T. Yu, S.M. Rezende, J.P. Heremans,and K. Uchida, Perspective: Polarization transport in ferroelectrics, Phys. Rev. Appl. 20,050501 (2023).

Program Book 26

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Young Hee Lee
Sungkyunkwan University
Young Hee Lee has been a full professor of the Physics Department at SKKU, since 2001.
He received Ph. D. from Kent State University in Ohio (1986) in physics. Prior to joining
SKKU in 2001, Prof. Lee was a full professor in the Physics Department at Chonbuk
National University since 1986. He was a visiting scholar at Ames Laboratory, Iowa
State University in 1989, IBM, Zurich in 1993, and Michigan State University in 1996.
Currently, he is the Director of Center for Integrated Nanostructure Physics, Institute for
Basic Science at SKKU. He serves for an Associate Editor of ACS Nano. Prof. Lee’s work
has focused on understanding the fundamental properties of nanostructures in 0D, 1D,
2D and their hybrid heterostructures, design and synthesis of various heterostructures
to implement unique physical and chemical properties. His research covers carrier
dynamics,/carrier multiplication phenomena, hot carrier solar cell, thermoelectrics,
quantum mechanical tunneling phenomena, and nanocarbon-based soft electronics.
His pioneering woks on synthesis and engineering of electronic and atomic structures ofcarbon nanotubes and graphene, other 2D materials and their applications to electronic
devices, and energy harvesting have led not only nanoscience but also nanotechnology
industry in Korea. He has published more than 659 scientific papers in international
journals and his total citation number exceeds over 80,000 times with H-index of 134(Google Scholar, Mar. 2024).

Van der Waals-Layered Magnetic Semiconductors:
Diluted Magnetic Semiconductors (DMSs)
leeyoung@skku.edu

Ferromagnetism in van der Waals two-dimensional (2D) materials has been reported
recently. Intrinsic CrI3 and CrGeTe3 semiconductors reveal ferromagnetism but the
Tc is still low below 60K. In contrast, monolayer VSe2 is ferromagnetic metal with Tc
above room temperature but incapable of controlling its switching via gating due
to metallic nature. Moreover, the long-range ferromagnetic order in diluted metal
chalcogenide semiconductors has not been demonstrated at room temperature. The
key research target is to realize the long-range order ferromagnetism, Tc over room
temperature, and semiconductor with gate tunability. In this talk, we introduce magnetic
dopant, vanadium in semiconducting WSe2 and manifest Tc at room temperatureand gate tunability at low doping concentration. We further explore different doping
concentrations including highly degenerate regime and demonstrate unconventional
magnetic order by random telegraph spin noises via interlayer coupling and more recent
progresses.
27 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Hideo Hosono
Tokyo Institute of Technology, Japan
Hideo Hosono is an institute professor and the founding director of Materials ResearchCenter for Element Strategy at Tokyo Institute of Technology and a concurrent
distinguished fellow and a group lead at NIMS. He received his Ph.D at 1982 in Applied
Chemistry from Tokyo Metropolitan University, and became a Professor of Tokyo Techin 1999. Dr. Hosono proposed a design concept for transparent amorphous oxide
semiconductors (TAOSs) with large electron mobility in 1996 and reported c- anda-IGZO (InGaZnOx)-thin film transistors in 2003 -2004. IGZO-TFTs are now used in thestate of the art displays to drive them. In 2008 his group discovered an Iron-pnictide
high-Tc superconductor. The paper reporting this discovery was ranked as the mostcited paper among all papers published in 2008 and chosen as the breakthroughof the year 2008 by the Science Magazine. He is a pioneer of RT stable electride
materials and their applications including catalyst for ammonia synthesis under mild
conditions. He has received international awards including the Japan Prize, Von Hippel
Prize (MRS), J.C.McGroddy Prize(APS), Jan Raychman Prize(SID), B.T.Matthias Prize andThomson Reuters Citation Laureate in Physics. He is a foreign member of the Royal
Society(London). His major concern is design and exploration of electro-active materials(semiconductors, superconductors and catalysis).

Recent Advances in Materials and Application of Electrides

Program Book 28

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Feng-Qi Liu
Institute of Semiconductors, CAS
Feng-Qi Liu received the Ph.D. degree in condensed matter physics from Nanjing
University, Nanjing, China, in 1996. Since then, he joined Institute of Semiconductors,
Chinese Academy of Sciences, where his work has concentrated on the MBE growth andfabrication of high-performance mid-infrared and terahertz quantum cascade lasers(QCLs). He received the National Natural Science Foundation for Distinguished Young
Scholars in 2005, and the New Century National Hundred, Thousand and Ten Thousand
Talent Project in 2007. He developed a series of room temperature (RT) operated highperformance QCLs with emitting wavelength in the range of 3.5--16microns,innovated
the first quantum dot cascade lasers by two-step strain compensation active region
design, developed high power terahertz QCLs with emitting frequencies between 2.95-5.4 THz, developed a series of quantum dot cascade detectors with very low dark current
and background noises, high operating temperature, and high detectivities.

Realization of Quantum Dot Cascade Laser StructureFeng-Qi Liu*1,2, Ning Zhuo1 and Jin-Chuan Zhang1

1 Key Laboratory of Semiconductor Materials Science, Institute of Semiconductors,
Chinese Academy of Sciences, 100083, Beijing, China
2 College of Materials Science and Opto-Electronic Technology, University of Chinese
Academy of Sciences, Beijing 100049, China*e-mail :fqliu@semi.ac.cn

Mid-infrared quantum cascade lasers (QCLs) have experienced tremendous improvementin terms of output power and efficiency in the past years. Wavelength tunable QCLs
have found various applications, such as air-pollution, industrial-discharge, and toxicant
detection. In these application scenarios, high efficiency of QCL is a basic requirement.
Due to the essence of the extremely short non-radiative lifetimes commonly associatedwith the intersubband transitions in the quantum wells, the room temperature wall plug
efficiency of QCL is no more than 30%. Quantum dot cascade laser (QDCL), in whichquantum well active region is replaced by quantum-dot active region, is predicted ashigh wallplug efficiency and broad tunability. However, the design and growth of QDCLs
is extremely difficult. In this talk we demonstrate the development of QDCLs by twostep strain-compensation active region design and material growth technique. The
QDCLs based on three-layer QDs active region, two-layer QDs active region, and singlelayer QD active region have been exploited. The QDCL with structure based on two-layer
QD active region presents room temperature continuous wave lasing at wavelength ofaround 7µm, proving a feasible route for developing QDCLs.

29 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Yong Zhang
University of North Carolina at Charlotte
Yong Zhang is the Bissell Distinguished Professor in the Department of Electrical andComputer Engineering at The University of North Carolina at Char. He earned his B.S.
and M.S. degrees in Physics from Xiamen University, followed by a Ph.D. in Physics from
Dartmouth College. Prior to joining UNC-Charlotte in 2009, Dr. Zhang served as a Senior
Scientist at National Renewable Energy Laboratory (NREL). His research spans electronic
and optical properties of semiconductors and related nanostructures, organic-inorganic
hybrid materials, impurity and defects in semiconductors, and innovative materials anddevice architectures for applications in optoelectronics, energy, and electronic-photonic
integrated circuits. He has over 270 publications, 6 patents, and more than 10,600
citations. He is a Fellow of American Physical Society.

II-VI based organic-inorganic hybrid superlattices:
structure, stability, and properties
The University of North Carolina at Charlotte
yong.zhang@uncc.edu

A group of organic-inorganic hybrid nanostructures, for instance, ZnTe(ML)0.5, where ML= CnN2H2n+4 (n = 0, 2-4), have been shown to exhibit nearly perfect crystal structures,
manifesting as high crystallinity comparable to that of a typical high quality III-V or
II-VI binary and better than any known semiconductor superlattices. For instance,
β-ZnTe(C2N2H8)0.5, as shown in the graph, has a 20-30” XRD rocking-curve linewidth,
below 1 cm-1 low-temperature Raman linewidth, and band-edge free exciton emission(~3.56 eV) without below-bandgap emission. More interestingly, it offers various highly
desirable properties, e.g., room temperature excitonic emission due to a large exciton
binding energy estimated to be around 300 meV, strongly enhanced optical absorption
as high as 106 cm-1, close to 100% internal quantum efficiency in room-temperature
photoluminescence, zero-thermal expansion over a broad temperature range, and much
reduced density and dielectric constants . Uniquely, it is the only hybrid that exhibits anover-15-year shelf life, benefiting from a relatively large formation energy and kinetic
barrier . On the one hand, it offers a new approach to form perfect heterostructures
beyond the conventional wisdom of requiring lattice match; on the other hand, thenovel properties suggest many potential applications, such as room-temperature
exciton-polariton condensation, efficient UV emission and detection, transparent p-typeconductive material. It serves as unique platform to explore a number of basic topics ofsolid-state physics.

Program Book 30

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

David Cahen
Weizmann InstituteDavid Cahen was born and raised in the Netherlands. After high school he moved to
Israel, where he studied chemistry & physics at the Hebrew Univ. of Jerusalem (HUJI; B.Sc.).
He continued then to a materials research Ph.D. at Northwestern, including a half year
winter break at Stanford. He returned to Israel for his PD in biophysics (of photosynthesis)
at the HUJI and the Weizmann Inst. of Science (WIS). He joined the WIS faculty in
1976, working on photoelectrochemical solar cells, including such cells with built-in
storage. Nowadays he focusses on opto(bio)electronic materials chemistry & physics,
emphasizing what can make such materials sustainable, which explains his interest in
self-healing of materials, and, quite distinctly, proteins as (opto)electronic materials. An
AVS, MRS and Helmholtz Int’l fellow and visiting prof at Chiba Univ., he is also active inenergy & sustainability (E&S) research (founder and 1st director of WIS’ integrated effort
in the field) and education (organizes and teaches local and int’l courses; co-edited andwrote textbook on Materials for E&S), and in science for peace efforts. From 2017-2022
he headed a group at near-by Bar-Ilan Univ.

Structural Disorder in Photovoltaic Materials
Weizmann Institute of Science, Rehovot Israel*e-mail : david.cahen@weizmann.ac.il

With few exceptions today’s leading PV materials appear to thrive on structural disorder,
static and/or dynamic. Exceptions are Si, Ge, GaAs and InP, leaving ternary and multinary
PV compounds with disorder. Dynamic disorder came to the fore with the Pb-halide
perovskites (HaPs), where it explains some amazing optoelectronic properties, criticalfor PV, LED and detectors. Two phenomena that are used to explain these properties, viz.
self-healing and defect tolerance, involve lattice dynamics. Both can be traced to early
work on chalcopyrites!
Static disorder in the most successful HaP for PV, has been less in the limelight but
is prevalent in the preferred (A1A2A3) Pb (X1X2)3 composition. Here HaPs resemble
other PV materials: static disorder is more the rule than the exception for compound
semiconductors (to be) used in commercial PV cells. Dynamic disorder may also be
relevant for organics in OPV and Cu+ mobility introduces some dynamics in CIGS.
Static disorder can be a given as for kesterites, Cu2ZnSnS(e)4, amorphous silicon, a-Si: H, andon the multi-material level, dye-sensitized cells. In others, though, it entered gradually, via
optimization efforts, mostly of the optical bandgap or the stability of the materials.
I will illustrate this thesis with examples and give simple explanations for the power ofdynamic disorder.

31 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Qing-Bo Meng
Institute of Physics, CAS
Qingbo Meng is currently a full professor at Institute of Physics (IOP), Chinese Academyof Sciences (CAS), Director of Center for Clean Energy, IOP, and a director member ofChinese Renewable Energy Society. He received his PhD degree in 1997 from ChangchunInstitute of Applied Chemistry, CAS. From 1997 to 1999, he was a postdoctoral fellow in
IOP. From 1999 to 2002, he was a STA Fellow and Researcher of the University of Tokyoand KAST in Japan. He obtained“Distinguished Young Scholar Fund” from NSFC in 2007
and was selected as the project leader of the Fund for Creative Research Groups of China
in 2014. He was awarded to “the Special Allowance of the State Council” in 2010 and “Thepresident Award of the Tokyo University Science” in 2011. His current research interest
focuses on solar energy materials & devices, including new generation thin film solar
cells (such as perovskite solar cells, Kesterite solar cells) and artificial photosynthesis. He
has published over 300 papers, which were cited about 18000 times (h-index 80). He has
authorized over 80 patents, and over 15 of them have been transferred to industry.

The Pathway to >15% Efficiency Emerging Kesterite Solar Cells
Email: qbmeng@iphy.ac.cn

Abstract:
We have conducted systematical investigations into the charge dynamics in CZTSSe solar
cells and found that the charge loss in this device mainly lies in the bulk nonradiative
recombination arising from the deep electronic defects and microstructural distortions.1
This finding has guided us to introduce a series of regulations on metal-molecular
coordination in environment-friendly aqueous solution system, film growth mode,and crystal growth kinetics of CZTSSe to improve the film microstructure and phaseevolutions.2-5 Especially, we have explored three routes to control the reaction kinetics of
the CZTSSe selenization.4-6 In route 1, we introduced high environment pressure in theselenization chamber, which could delay the Se volatilization and dilute the Se vapor on
the surface region of the precursor film. This would subsequently decrease the reaction
activity between the Se and the metal elements in the film and thus could suppress the
rapid formation of binary or ternary secondary phases. In route 2, we developed a dualzone selenization strategy and introduced a solid-liquid/solid-vapor synergistic selenization
approach. We firstly pre-deposited liquid Se onto the surface of the precursor film. The
liquid Se could provide very high Se concentration to drive the direct and fast formationof the Kesterite phase. In route 3, we developed a multinary alloying strategy to regulate
the stability of intermediate phases to facilitate the phase evolution and cation exchange
process. These efforts finally helped us to realized efficiencies of >15% in Kesterite solar
cells. Overall, this efficiency breakthrough brings new opportunities for the developmentof emerging inorganic thin-film solar cell systems, with CZTSSe as a representative.
Program Book 32

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Mikhail Otrokov
Institute of Nanoscience and Materials of Aragon in Zaragoza (Spain)
Mikhail Otrokov (1984) obtained his PhD in Condensed Matter Physics in 2011 at Tomsk
State University (Russia). Soon after that he moved to San Sebastian (Spain) as a postdoctoral researcher, first at the Donostia International Physics Center and then at theMaterials Physics Center. In 2018, he got an independent Research Fellow position in
Ikerbasque - Basque Foundation for Science in San Sebastian (Spain). Since 2023, he isa research scientist in the Institute of Nanoscience and Materials of Aragon in Zaragoza(Spain). His expertise is the computational materials science using the density functional
theory, with the current research activity mainly focused on magnetic topologicalinsulators, although he is also interested in the electronic structure and magnetism of 2D
materials, metal-organic systems, rare-earth intermetallics, and others. His paper on the
discovery of the first intrinsic magnetic topological insulator was distinguished by the“Frontiers of Science Award” in 2023.

Intrinsic Magnetic Topological Insulators of the MnBi2Te4 Family
mikhail.otrokov@unizar.es
Recently, MnBi2Te4 has been theoretically predicted and then experimentally confirmed
to be the first intrinsic antiferromagnetic topological insulator (AFMTI). This opens a new
field that focuses on intrinsically magnetic stoichiometric compounds: several MnBi2Te4derived MTIs were synthesized right away, such as (MnBi2Te4)·n(Bi2Te3), MnBi2−xSbxTe4,(MnSb2Te4)·n(Sb2Te3), Mn2(Bi,Sb)2Te5, and MnBi2Se4. As a result, MnBi2Te4 and related
compounds have been predicted to be a platform for realizing high-order topologicalinsulator and superconductor states, Weyl semimetal phase, skyrmions, quantizedmagnetoeletric coupling, and Majorana fermions. Moreover, MnBi2Te4-based systems
are predicted and/or observed to show 12 different types of Hall effect, some of them arefundamentally new, such as the layer Hall effect. A number of technological applications
have also been envisioned, in particular, chiral interconnect devices based on the highChern-number topological heterostructures.
Concerning current challenges of this field, we will discuss the issue of the Dirac point
gap in the MnBi2Te4 topological surface state that caused a lot of controversy. While theearly experimental measurements reported on large gaps, in agreement with ab initio
calculations, a number of further studies claimed to observe a gapless dispersion of the
MnBi2Te4 Dirac cone. A number of possible theoretical explanations of this unexpectedbehavior have been put forward, which we will discuss in the context of the available
experimental data.
We acknowledge the support by MCIN/AEI/10.13039/501100011033/ (Grant PID2022138210NB-I00) and "ERDF A way of making Europe", by Ayuda CEX2023-001286-S financiada
por MICIU/AEI/10.13039/501100011033, as well as MCIN with funding from European Union
Next Generation EU (PRTR-C17.I1) promoted by the Government of Aragon.
33 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

INVITED SPEAKER BIOGRAPHIES
Topic 1: Computational material design and modeling
Jing Ma
Nanjing University
Jing Ma is a professor of chemistry (since 2005). She has received several awards,
including Outstanding Young Chemist Award of Chinese Chemical Society and Chinese
Young Women Scientists Awards. Her research is concentrated on the electrostatic
polarization in low-scaling QM calculations and force field simulations of oligomers andstimuli-responsive materials with unique optical and electrical properties. Recently she
is also interested in the material datasets and data-driven material designs. She is Senior
Editor for the Langmuir (2024-present), Member of the Editorial Advisory Board for the
Journal of Chemical Theory and Computation (2019-present).
Title: Stability Prediction of Gold Nanoclusters with Different Ligands and Doped Metals

Li-Min Liu
Beihang University
Li-Min Liu received his Ph.D. from Institute of Metal Research, Chinese Academy of
Sciences in 2006. During his Ph.D. study, he visited Queen's University of Belfast, UK, for ayear. Then he worked in Fritz-Haber-Institut (Germany), University College London (UK),and Princeton University. During 2011–2017, he took a tenure-track position in CSRC.
Since Sep. 2017, he joined School of Physics, Beihang University. He was granted "the1000-plan for young talents" and "the National Science Fund for Distinguished Young
Scholars". His research interests focus on energy-related materials.
Title: The Nature of Excess Electrons and their Effect on the Activity of Reduced Metal
OxidesProgram Book 34

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Xiang-Mei Duan
Ningbo University
Xiangmei Duan, professor, PhD supervisor. She has been engaged in the multi-scale
simulation and design of new materials, and has made a series of research achievements
in new semiconductor materials, physical property control of low-dimensional materials,
and single-atom catalysis, and has published 90 papers in international academic
journals.
Title: Microscopic Mechanisms of Photovoltaic Conversion and Material Design

Xin-Gang Zhao
Northeast Normal University
Xin-Gang Zhao is a full professor at Northeast Normal University since 2023 and is
one of Outstanding Young Scientist Overseas. He worked as a research associate with
Prof. Alex Zunger at the University of Colorado Boulder after earning his PhD from Jilin
University in 2017. His research focuses on the design of functional materials, particularly
optoelectronic semiconductors. He uses high-throughput DFT calculations and machinelearning to explore structure-property relationships and develop material design
methods. Currently, he is interested in the effects of microstructure changes on carriertransport in semiconductors. He has published over 30 high-quality papers, with morethan 2,800 citations. Additionally, he is a guest editor for InfoScience.
Title: Screen d-electron ternary oxide memristors based on anti-doping principles

Jun-Jie Wang
Nanjing University
Junjie Wang received his Bachelor's degree in Physics from Nanjing University in 2018and his Ph.D. in 2023. He is currently conducting postdoctoral research at Nanjing
University. His current research field is computational condensed matter physics, witha primary focus on high-pressure physics, machine learning force fields, and crystal
structure search.
Title: Machine learning accelerated crystal structure prediction of ternary and multinary
compounds

35 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Zhi-Mei Sun
Beihang University
Dr. Zhimei Sun is a Cheung Kong Scholar Chair Professor at School of Materials Scienceand Engineering of Beihang University, China. She received her PhD at Institute of
Metal Research (CAS) in 2002, and after which she has been worked at RWTH Aachen
University (Germany) and Uppsala University (Sweden) from 2002 to 2007, and at Xiamen
University (China) from 2007 to 2013. Since August 2013 she has been working at
Beihang University (China). Her research interest is AI accelerated materials discovery andproperty design, and the materials involve phase-change memory materials, structural
materials and 2D transition metal carbides/borides, etc.
Title: Accelerating the Discovery and Design of Novel Materials by ALKEMIE

Zhu-Hua Zhang
Nanjing University of Aeronautics and Astronautics
Zhuhua Zhang, Professor of Nanjing University of Aeronautics and Astronautics, Deputy
Director of National Key Laboratory of Aerospace Structural Mechanics and Control,
Deputy Director of International Frontier Science Research Institute. He is mainly
working on the physical mechanic properties of low-dimensional functional materials
and structural materials. He has stayed in the list of China's highly cited scholars in since2020. He presided over the National Outstanding Youth Science Fund project, and theinternational (regional) cooperation and exchange project of the Foundation Committee.
He was selected as the Youth Project of the National High-level Talent Program (2017),
Jiangsu Distinguished Professor and Jiangsu "Double and Creative Talent" (2019). He has
won the Chinese Mechanics Society Youth Science and Technology Award (2021), the Fok
Yingdong Education Foundation Young Teachers Award (2020).
Title: Rich structures and functionalities at interfaces of 2D materials

Shen Lei
National University of Singapore (NUS)
Dr. Shen Lei is a senior lecturer in the Department of Mechanical Engineering andEngineering Science Programme at the National University of Singapore (NUS). He
obtained his PhD from NUS. As the sole recipient of the Lee Kuan Yew Postdoctoral
Fellowship at NUS in 2014, he joined NUS as a lecturer. His interest lies in crossdisciplinary computational materials and physics, focusing on applying material
fundamental properties for advanced technologies and predicting advanced materials
based on the materials genome, high-throughput calculations, and machine learning.
Title: Crystal Structure Relaxation with Machine Learning
Program Book 36

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Liang MaSoutheast University
Liang Ma received his bachelor's and Ph.D. degrees in physics from Southeast University
in 2009 and 2015, respectively. He then pursued postdoctoral research at the Departmentof Chemistry of University of Nebraska-Lincoln with Prof. Xiao Cheng Zeng. At the end of
2018, he joined the School of Physics of Southeast University as faculty member. Now, he
is a specially appointed young principal professor at Southeast University. His researchinterest mainly focuses on the multiscale simulation studies for the rational design,
growth mechanism and property modulation of low-dimensional materials. He has so far
published more than 60 scientific papers in high-end journals, including Nature (2), Nat.
Nanotech nol. etc., with citations > 4000 and H-index of 29.
Title: Controllable Nucleation Mechanism and Epitaxy Descriptor of Two-Dimensional
Materials

Li Huang
Southern University of Science and Technology
Dr. Li Huang is currently an associate professor in Physics department of Southern
University of Science and Technology. She got her Ph.D. in 2006 from Fudan University.
Before joined SUSTech, she had been a postdoc at Georgia Institute of Technology
and Ames National Laboratory. Her research field is computational condensed matterphysics. Recently, her research focuses on the physical properties and manipulations of
low-dimensional quantum materials and novel energy materials based on first-principles
calculations and effective model analysis.
Title: Magneto-Optical Properties and Hall Effects with Net Zero Magnetism

Shi-Xuan Du
Institute of Physics, CAS
Shixuan Du contributed many influential works on the nature of molecular assembly,
on surface reaction, novel two dimensional atomic crystals, and the growth mechanismof low-dimensional materials using first-principle calculations. She is the winner of the
National Science Fund for Distinguished Young Scholars and the editorial board memberof Journal of Physics, Condensed Matter. She got the Award of the Chinese Young
Women in Science Fellowship. As a Major Contributor, she won the 2013’s Outstanding
Science and Technology Achievement Prize of the Chinese Academy of Sciences.
Title: Rational Design of Ternary and Multinary Materials with Designed Properties

37 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Xian-Bin Li
Jilin University
Prof. Xian-Bin Li is the leader of Lab of Computational Semiconductor Physics and thehead of Department of Microelectronics Science and Engineering, Jilin University,
China. He mainly focuses on the key scientific problems related to microelectronics andoptoelectronics including physics of phase-change memory materials, physics of defects
in semiconductors, and physics of light-matter interaction. He now also serves as the vicechair of National Youth Forum on Optics, China.
Title: Computational Study of Multinary Chalcogenide Semiconductors for Low-Power
Phase-Change Memory Applications

Bin XuSoochow University
Prof. Bin Xu is currently working at the School of Physical Science and Technology ofSoochow University. He has conducted postdoctoral and research assistant professor
work at the University of Texas at Arlington, the University of Liège in Belgium, andthe University of Arkansas in the United States. In 2019, he joined Soochow University.
He is dedicated to the development and application of first-principles computational
methods, focusing on fundamental research on various material properties such as
ferroelectricity, multiferroicity, electron-phonon coupling, and transport.
Title: Electric-field control of magnetism in BiFeO3-based multiferroics

Xie ZhangNorthwestern Polytechnical University
Xie Zhang, Professor in the School of Materials Science and Engineering at theNorthwestern Polytechnical University and recipient of the National Talented Youth
Program of China. He further worked as a postdoctoral researcher at MPIE (20152016) and at the University of California Santa Barbara (UCSB). Dr. Zhang focuses on
computational design of advanced structural and energy materials. In recent years, hehas published a series of high-profile papers in Nature Materials, Nature Computational
Science, Physical Review Letters etc. He received the Outstanding Research Achievements
award by the UCSB SSLEEC in 2018 and the Early Career Award in High-performance
Scientific Computing by NERSC in 2019.
Title: Computational screening of multinary compounds for deep-ultraviolet lightemitters

Program Book 38

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Zhi-Xin Guo
Xi’an Jiaotong University
Zhi-Xin Guo is now an associate professor in Xi’an Jiaotong University. His primaryresearch interest lies in computational condensed matter physics, with a particular focus
on addressing power consumption issues in high-performance integrated circuit chips
due to the miniaturization and increased density of electronic components. His work
centers on the quantum regulation of interfacial information transmission performancein devices. He has proposed methods to reduce power consumption in informationtransmission by synergistically utilizing various interfacial quantum effects such as
quantum confinement, orbital hybridization, and charge transfer. These approaches aim
to solve the challenges of high-density and low-power information transmission in chips.
Title: Efficient electrostatic control of 2D magnets in bilayer ternary compounds withenhanced interlayer magnetic coupling and its device application

Wei-Chao Wang
Nankai University
Weichao Wang is a professor of electronic information and optical engineering atNankai University in China. He is a Fellow of the Royal Society of Chemistry and has
been selected as a leading talents of the National Talents Program. He has publishedmore than 180 papers in international authoritative journals such as Science, Advanced
Materials, and Journal of the American Chemical Society, and has been cited morethan 9500 times. His research interests focus on ternary oxide catalysis chemistry in theapplication of environmental treatment and energy conversion and storage.
Title: Mn-based ternay mullites for environmental and energy applications

Bing Huang
Beijing Computational Science Research Center
Bing Huang, professor of Beijing Computational Science Research Center. His researchinterests include Computational Condensed Matter Physics, Semiconductor Physics andLight-Matter Interactions.
Title: Manipulation of Nonlinear Optical Properties in Semiconductors

39 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Yi-Yang Sun
Shanghai Institute of Ceramics, CAS
Yi-Yang Sun received his bachelor (1996), master (1999) and doctoral (2004) degrees
from Jilin University, Xiamen University and National University of Singapore (NUS),
respectively. From 2004 to 2010, he did postdoctoral research at NUS, Renewable Energy
National Laboratory (NREL) and Rensselaer Polytechnic Institute (RPI). From 2010 to2017, he worked as a research assistant professor and later research scientist in the
Department of Physics, RPI. Since 2017, he has been a professor at Shanghai Institute of
Ceramics, Chinese Academy of Sciences. His research focuses on the study of material
properties based on first-principles calculations and design of novel functional materials.
Title: Recent Progress on Studies of Chalcogenide Perovskites as Functional Materials

Jun Kang
Beijing Computational Science Research Center
Jun Kang is an assistant professor in the Materials and Energy Division at the Beijing
Computational Science Research Center (CSRC). He obtained his PhD degree at theInstitute of Semiconductors, Chinese Academy of Sciences in 2014. Before moving to
CSRC in 2019, he conducted post-doctoral research at the University of Antwerp and
Lawrence Berkeley National Laboratory. His research interests include computational
studies on defect and doping properties of semiconductors, and electronic structure of
low-dimensional materials.
Title: Effect of site disorder on the defect properties of MgSnN2

Program Book 40

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Topic 2: Material growth and characterization techniques

Qian Sun
Suzhou Institute of Nano-Tech and Nano-Bionics, CAS
Prof. Qian Sun received his Ph.D. degree in Electrical Engineering from Yale University.
He was with Bridgelux Inc., Livermore, California, where he made the key contribution
to the R&D of 160 lm/W GaN-based LED grown on 8-inch Si substrates. He currently is
a professor at Suzhou Institute of Nano-Tech and Nano-Bionics (SINANO), CAS, Suzhou,
China. He currently holds 20 PCT patents and over 50 China patents, and has authored/
co-authored about 120 peer-reviewed articles published on international journals,
including Nature Photonics and Light: Science & Applications. He was the recipient of theDistinguished Youth Award (2023) and Exceptional Youth Award (2015) from NSFC, theNational Technological Invention Award (2015) from the Chinese Central Government,
the National Young Talents Award (2011) from the Chinese Central Government, Henry
Prentiss Becton Prize (2010) from Yale University, and Guo Moruo Presidential Award(2002) from USTC.
Title: Ga(Al, In)N-based Light Emitting Devices Grown on Si

Xiao-Juan Sun
Changchun Institute of Optics, Fine Mechanics and Physics, CAS
Xiaojuan Sun is a professor worked in Changchun Institute of Optics, Fine Mechanics
and Physics, Chinese Academy of Science (CIOMP, CAS). She received Ph.D. degree in
Condensed Matter Physics from CIOMP, CAS. She focuses on the physics, the III-nitride
materials and photoelectric devices.
Title: Growth and defect regulation of non-polar AlN-based materials

41 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Yang LiuSun Yat-Sen University
Yang Liu, received the Ph.D degree in microelectronics and solid state electronics, Jilin
University, 2000. In 2001, he worked on GaN materials and devices in Nagoya Instituteof Technology, Nagoya, Japan, which is globally famous for their cutting edge GaN-onSi technique. Since 2007, Dr. LIU, joined Sun Yat-sen University, Guangzhou, China, as aprofessor and the director of Guangdong research center of engineering technology forwide gap semiconductor GaN based power electronic materials and devices. Currently,
he has two research directions, one is focusing on the design and reliability analysis
of GaN based lateral structure power devices toward industrial and Electric Vehicle
applications, the other is solution of basic material issues for vertical structure GaN
power device application.
Title: Self-Screening Effect of Polarizaiton Electric Field in bulk Galium Nitride and its
applications

Ping Wang
Peking University
Ping Wang is an Assistant Professor in the School of Physics at Peking University, where
he has been since 2023. He received his B.S. degree from Tianjin University in 2012, andcompleted his Ph.D. in Condensed Matter Physics at Peking University in 2017. From2018 to 2023, he served as a Postdoctoral Research Fellow at the University of Michigan,
Ann Arbor. His research focuses on nitride-based wide bandgap semiconductors and thedevelopment of emerging III-V ferroelectric semiconductors.
Title: Epitaxial Growth and Characterization of Emerging Sc-III-Nitride Ferroelectrics

Xue-Lin Yang
Peking University
Xuelin Yang received his PhD from Peking University in 2009. From 2009 to 2012, hejoined the University of Tokyo as a post doctor. He is currently a professor of engineering
at Peking University. He was a recipient of the National Excellent Youth Science
Foundation. He co-authored more than 150 papers and hold on 20 patents on epitaxial
growth technology. His current research interests include MOCVD epitaxial growth of
GaN thick films and their heterostructures on Si substrates, exploring the defect physics
in GaN based materials.
Title: Atomistic Understanding of Dislocation Climb in Nitride

Program Book 42

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Ya-Ping Wu
Xiamen University
Dr. Yaping Wu is now a professor and doctoral supervisor at the Department of Physics,
Xiamen University. She has long been dedicated to the research of new structural
materials and new functional devices, including wide bandgap semiconductor
optoelectronic devices, quantum structures and devices, two-dimensional materials,
and spintronics. She has presided over and undertaken more than 20 scientific andtechnological projects, has published over 100 SCI papers in authoritative journals,
and holds more than 30 authorized patents. She currently serves as the director of theEngineering Research Center of Micro-Nano Optoelectronic Materials and Devices of the
Ministry of Education, a member of the China Vacuum Society, and holds positions ofeditorial board member and advisory committee member for academic journals such as
InfoMat, InfoScience, and Journal of Semiconductors.
Title: Growth of Type -II Hexagonal and Rhombohedral Janus van der Waals
Heterostructures with Enhanced Valley Polarization

Sen Huang
Institute of Microelectronics of Chinese Academy of Sciences
Sen Huang received the Ph.D degree from Peking University, Beijing, China, in 2009.
He is currently a Professor with the Institute of Microelectronics of Chinese Academy of
Sciences (CAS) and the University of CAS, Beijing, China. He has ever been supported
by excellent youth fund of National Natural Science Foundation of China. His researchinterest includes advanced design, fabrication and characterization technologies
for III-V power semiconductor devices. He has led the research and development ofseveral advanced technologies for GaN-based electronic devices, including ultrathinbarrier AlGaN/GaN heterostructure for fabrication of (Al)GaN-recess-free enhancementmode devices, O3-sourced atomic layer deposition of Al2O3 gate dielectric, and hightemperature low damage gate recess, etc.
Title: Threshold voltage instability in III-nitride heterostructure metal–insulator–
semiconductor high-electron-mobility transistors

43 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Ke WangNanjing University
Ke Wang is a professor at Nanjing University, where he holds a joint appointment in
the School of Electronic Science and Engineering and the School of Physics. From2008 to 2013, he was a JSPS Postdoc and senior researcher at Ritsumeikan University
in Japan. In 2013, he went to Chiba University in Japan as an associate professor. He
then joined RIKEN in Sendai as a senior research scientist in 2016. In 2019, he joined
Nanjing University. His research works have involved epitaxial growth, fabrication andcharacterization of III-V nitride semiconductor materials and devices, such as deep UV
emitters, high power high frequency electronic devices, quantum cascaded devices,
photocathodes, etc.
Title: III nitride digital alloys and deep UV LEDs grown by molecular beam epitaxy

Rong-Fu Chen
City University of Hong Kong
Professor Fu-Rong Chen received his PhD in Materials Science at Stony Brook University,
USA in 1986. And he joined MSE Department of City University of Hong Kong at 2018.
His research interests are in low dose 3D atomic resolution dynamics, soft materials
dynamics imaging, quantum electron microscopy and solar energy tunable (SET) glass.
Professor Chen is the recipient of many awards and honors, including Microscopy Societyof American Innovation award for Design of Ultrafast/ Ultra-High Voltage Desktop
Electron Microscope in 2019 and The Distinguished Professor of Tsing Hua University
in 2012. He published more than 300 SCI papers in high impact journals. In average, hereceived 5 invitation talks for international conference per year. He has established twohigh technology companies, electrochromics energy saving smart glass and table-top
electron microscope.
Title: 3D atom dynamics for multi-component doped helix materials

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Jian-Hua Zhao
Institute of Semiconductors, CAS
Jianhua Zhao is a professor at the Institute of Semiconductors. Her current interests
include semiconductor spintronics and low-dimensional semiconductor physics,
covering MBE growth of semiconductor and magnetic films, and low-dimensional
semiconductor topological quantum computing structures; design, fabrication andunderlying physics of novel devices such as magnetic memories and sensors. She has
published more than 300 papers as the first author or co-author, and delivered morethan 130 invited talks at conferences or workshops. She received the Asian Union ofMagnetic Societies Award in 2022, Huang-Kun Physics Prize in 2017, Second Prizeof National Technology Invention in 2000. She serves as a Member of Magnetism
Commission of IUPAP (2018-2024), also the MMM Advisory Committee (MMM AdCom)
Member (2018-2024).
Title: Molecular-beam epitaxy and optical properties of high-quality ultrathin
homogeneous GaAs1-xSbx ternary semiconductor nanowires

Xue-Dong Bai
Institute of Physics, CAS
Xuedong Bai is a professor at Institute of Physics, Chinese Academy of Sciences (CAS). Dr.
Bai’s research interest is focused on in-situ TEM method and its applications on materials
science. He is the co-author of over 280 papers in peer-reviewed journals, including 8
in Nature, 2 in Science, 15 in Nature serials, 10 in JACS, 5 in PRL, and 7 in Adv. Mater.. Hedelivered over 70 keynote/invited talks at international conference. His H-index is 73 withover 20, 000 citations (WOS). Xuedong Bai was named a number of academic awards,
including Hu Gang-Fu Physics Award (Chinese Physics Society, 2015), the 2nd Place of
the National Science and Technology Award (2011), and Distinguished Young Researcher
Foundation (NSFC, 2007) etc..
Title: Surface growth and structural manipulation by in-situ TEM

45 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

He TianZhejiang University
He Tian joined the School of Materials Science & Engineering at Zhejiang University(China) in 2014 as a professor. His main research focuses on the application anddevelopment of advanced electron microscopy. His research interests include transition
metal oxides, multiferroic materials, and ferroelectric nano-devices. Using in-situ
techniques to control charged domain walls and polar structures, investigate thedynamic switching mechanism and topological transformations. He Tian has published
3 in Nature, 2 in Science, and more than 100 SCI articles in Nature Photonics, Nature
Nanotechnology, etc.
Title: In-situ manipulation of ferroelectric domain and domain walls

Rong Yu
Tsinghua University
Professor Rong Yu of Tsinghua University graduated from Zhejiang University in 1996
and received his Ph.D. degree from Institute of Metals, Chinese Academy of Sciences in
2002. Before joining Tsinghua University in 2008, he worked as a postdoctoral researcher
at Lawrence Berkeley National Laboratory and the University of Cambridge. He has
been engaged in the research of electron microscopy and microstructure of materials.
He invented some electron microscopy methods, including adaptive-propagator
ptychography, local-orbital ptychography, and local orbital tomography, and studied
crystal structure and defects, electronic structure and magnetic structure of materials at
the atomic scale, and carried out the research on rare earth permanent magnet materials.
Title: Direct imaging and positioning interstitial atoms in solids

Jian-Jun Tian
University of Science and Technology Beijing
Jianjun Tian is a professor, and vice-dean of Institute for Advanced Materials andTechnology, University of Science and Technology Beijing. Current research focuses
on fabrication of semiconductor nanocrystals and films, and their applications in lightemitting, solar cells and photodetectors. He published more than 200 peer-reviewed
papers in Science, Nat. Comm., Adv. Mater., Angew. Chem., Nano Lett., Adv. Funct. Mater. etc.
Title: Colloidal fabrication of high-quality perovskite semiconductors for efficient devices

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Qi ChenBeijing Institute of Technology
Prof. Qi Chen holds both his B.S and M.S degrees in Tsinghua University, and received
his PhD degree at University of California, Los Angeles (UCLA). From 2013-2016, heworked as a postdoc fellow at California Nanosystem Institute (CNSI), UCLA. Now heis the professor in Beijing Institute of Technology. His research focuses on hybrids
materials design, processing and applications in opto-electronics and for energy
harvesting and storage. To date, he has published over 100 SCI papers with total
citation of 30000, including Science, Nature Communications, etc. Currently, he isworking on the fundamental research and development of perovskite solar cells forcommercialization.
Title: The heterogeneity in perovskite materials and solar cells

Topic 3: Material growth and characterization techniques
Yi Zhang
Nankai University
Prof. Yi Zhang joined the School of Electronic Information and Optical Engineering atNankai University. In December 2016, he was selected as one of the top 100 young
discipline leaders at Nankai University. Currently he is the deputy Director of the Instituteof Optoelectronic Thin Film Devices and Technology and the deputy Director of the
Tianjin Key Laboratory of Optoelectronic Thin Film Devices and Technology. As the
project leader, he has been in charge of the National Key Research and Development
Program, and the National Natural Science Foundation of China. In 2022, CZTSSe solar
cells with an efficiency of 14.4% were developed, entering the international leading level.
As the founder he and other international scientists have initiated and organized an
influential Asia Pacific seminar on copper based thin-film optoelectronic devices in thisfield.
Title: Qualified Absorber Layer Growth to Attain High Efficient Chalcogenide Thin Film
Solar Cells

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Si-Xin Wu
Henan University
Sixin Wu received his Ph.D. degree in Shanghai Institute of Optics and Fine Mechanics in1999. From 2000 to 2006, he worked as postdoctoral researcher at Tohoku University andNational Institute for Materials Science, Tsukuba, Japan, University of Texas at Arlington,
USA. He is currently a professor at the Key Laboratory for Special Functional Materials of
the Ministry of Education, Henan University, China. At present, he is mainly engaged in
the research of inorganic thin film photovoltaic devices.
Title: Defect engineering of kesterite photovoltaics

Fang-Yang Liu
Central South University
Fangyang Liu returned to Central South University as a full professor in 2017. He is currently
serving as the Vice Dean of the School of Metallurgy and Environment, Director of the
Department of New Energy Materials and Devices, and Director of the Engineering ResearchCenter for Advanced Battery Materials at the Ministry of Education. He is a recipient of
the National “Ten Thousand Talents Program” for Young Top-notch Talent, Hunan Province
Science and Technology Innovation Leading Talent, and is the Chief Scientist for National Key
R&D Projects. His research focuses on non-ferrous metallurgical materials, energy-efficientconversion, and safe storage materials. In recent years, he has published over 80 SCI papers as
the first or corresponding author in leading journals. He also holds 38 authorized patents andhas led multiple major technological innovation projects.
Title: Bulk and Interface Modification for Copper-Zinc-Tin-Sulfide-Selenide Photovoltaic
Thin Films

Jian-Jun Li
Institute of Metal Research, CAS
Dr. Jianjun Li is a full professor at Institute of Metal Research (IMR) Chinese Academy of
Science. He was a lecturer and an Australian Centre of Advanced Photovoltaic (ACAP)
Research Fellow at the School of Photovoltaics and Renewable Energy Engineering(SPREE), University of New South Wales between 2019 to 2023. He received Ph.D. fromthe Institute of Photoelectronic Thin Film Devices and Technology, Nankai University,
China in 2016. His research focuses on materials science and engineering, device physics,
and characterization of emerging inorganic photovoltaic materials like chalcopyrite,
kesterite, antimony chalcogenides, and their other photoelectronic applications. He
has published 45 peer-reviewed journal papers, including Nature Energy, Advanced
Materials, and Advanced Energy Materials, with an H-index of 25.
Title: Microscopic carrier loss mechanisms in kesterite Cu2ZnSn(S,Se)4 thin film solar cells
Program Book 48

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Meng-Lin Huang
Fudan University
Menglin Huang received his Ph.D. degree in Electronic Physics at East China Normal
University in 2021 under the supervision of Prof. Shiyou Chen. Since then, He worked
as a postdoctoral researcher in the School of Microelectronics at Fudan University. His
research focuses on the use of first-principles simulation to study the point defects inmaterials and their influences on device reliabilities.
Title: Defect correlation reveals critical defects in low-symmetry materials

Da-Long Zhong
National Institute of Clean-and-Low-Carbon Energy
Dr. Dalong Zhong obtained his Ph.D. in Materials Science from the Colorado Schoolof Mines in 2001. He joined the National Institute of Clean-and-Low-Carbon Energyin
Beijing in 2018 and is currently serving as a Chief Scientist of the CHN ENERGY
Investment Group. He also holds positions as a member of the editorial board for the
Clean Energy journal, and an adjunct professor at Fudan University. Before joining NICE,he held various leadership roles at the Global Research Center of General Electric in
the United States. With over 20 years of experience in advanced manufacturing andmaterials, he possesses expertise in core process technologies such as coating, thinfilm deposition, and additive manufacturing, as well as core equipment technologies
applied in aircraft engines and the energy sector He has filed over 80 invention patents,
published 39 international academic journal articles, and contributed three chapters tointernational academic monographs.
Title: Thin-Film Photovoltaic Technology Advancements and Industrialization Challenges:
Sphalerite, Chalcopyrite, and Perovskite

49 Program Book

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Sheng-Zhong Liu
Dalian University of Chemical Physics, CAS
Dr. Frank Shengzhong Liu received his PhD from Northwestern University, USA in 1992.
He is an RSC (Royal Society of Chemistry) Fellow. Professor Liu’s research focus includes
nanomaterials, thin film materials, photovoltaic materials and solar cells. His major
outcome in basic research has been published in scientific journals, 80 of them being
enlisted in ESI’s "most cited paper" and “hot paper” lists. Many of his major inventions
and patents have been converted into commercial technology and products. In 2011,
he accepted a full-time professorship by Shaanxi Normal University and Dalian Instituteof Chemical Physics, CAS in 2012. He is now the director of Shaanxi Engineering Lab for
Advanced Energy Technology, Shaanxi Key Laboratory for Advanced Energy Devices
and Institute for Advanced Energy Materials, Shaanxi Normal University and Associate
Director of Solar Energy Department, Dalian National Laboratory for Clean Energy. He
is also an Editorial Board Member for Advanced Science, ACS Sustainable Chemistry& Engineering, J. Energy Chemistry and Scientific Report. He is selected as the top 1%
most highly cited author by RSC and Clarivate Analytics. He is also among the “Top 2%
Scientists Worldwide 2022”.
Title: Perovskite – a wonder material for solar cells

Yi-Xin Zhao
Shanghai Jiao Tong University
Yixin Zhao is a distinguished professor at Shanghai Jiao Tong University. He obtained
his PhD degree from Case Western Reserve University in 2010 followed by working as a
postdoctoral fellow at Penn State University and National Renewable Energy Laboratory.
He joined Shanghai Jiao Tong University at 2013 and his current research interests focus
on perovskite solar cells and resource catalysis. He had published >200 peer reviewed
paper in journals including Science, Nature Sustainability and JACS with >20000 citations
and continuously enlisted in 2018-2023 Clarivate highly cited researcher.
Title: Low dimensional perovskite and surface termination to passivate and stabilize
perovskite photovoltaics.

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Qing Zhao
Peking University
Qing Zhao is a professor at the School of Physics, Peking University. She is mainly
engaged in the ion transport of micro-nano structures and the application of related
devices. She has published more than 100 papers in journals such as Nature Photonics,
Nature Commun., etc., with more than 9,000 citations (Google Scholar), and an H-factorof 50. 6 papers have been selected as ESI Highly Cited Papers, 23 papers have been cited
more than 100 times, 7 Chinese invention patents and 1 international invention havebeen authorized. Her research work was selected as "2016 Important Achievements in
Chinese Optics" and "Outstanding Scientific and Technological Papers of the 6th China
Association for Science and Technology", and won the second prize of Natural ScienceAward of the Ministry of Education (2/7, 2023).
Title: Ion transport in micro-nano structures and related device applications

Ping-Qi Gao
Sun Yat-Sen University
Professor Gao Pingqi completed both an BS and PhD degree from Lanzhou University
in 2002 and 2010, respectively. From 2007 to 2011, he worked at the Microelectronics
Center of School of Electrical and Electronic Engineering at Nanyang Technologicaluniversity, Singapore. From 2011 to 2013, he worked at Baoding Fengfan photovoltaic
energy company. From 2013 to 2018, he worked at Ningbo Institute of Materials
Technology and Engineering as an associate processor and a professor. He is currently adeputy dean of the School of Materials, Sun Yat-sen University. His research activities arefocused on sustainable photovoltaic (PV) technologies.
Title: Indium-saving transparent electrode towards sustainable development of siliconheterojunction solar cells

Jun-Liang Yang
Central South University
Prof. Junliang Yang was appointed as a full professor in School of Physics at Central South
University In March 2012. His research interests are focused on organic/perovskite solar cells
and flexible and printed electronics. He has published over 270 papers in the international
journals, such as Chem. Rev., Adv. Mater., ACIE, etc., granted 32 patents, and co-founded 2
companies. The published papers are cited over 11000 times and H-index is 59. He is theFellow of the Royal Society of Chemistry, and selected as the "Top 100000 Scientists in theWorld" (2021, 2022, 2023) and "World's Top 2% Scientist" (2020, 2021, 2022 and 2023). He has
been awarded to be the National Top Young Talents, the Excellent Talents of the Ministry ofeducation, and the Leading Talents of Science and Technology in Hunan Province.
Title: Printing Organic and Perovskite Solar Cells and their Modules
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Wei-Min Li
Shenzhen Institute of Advanced Technology，CAS
Weimin Li received his Ph.D. degree in electrical and computer engineering from
National University of Singapore in 2017. After pursuing his Ph.D. degree, he joined
Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences. His researchinterests include CIGS thin-film solar cells, perovskite/CIGS tandem solar cells.
Title: Over 20%-efficiency flexible and bending durable CIGS solar cell on stainless steel
substrate through diffusion barrier insertion

Zai-Xing Yang
Shandong University
Zai-xing Yang is a full professor of School of Physics at Shandong University, China.
His research interest mainly focuses on the controlled fabrication of low-dimensional
semiconductors for electronic and optoelectronic device applications, including fieldeffect-transistors, CMOS invertors, photodetectors, and photovoltaic devices. He has
published 96 SCI papers so far, including Nat. Commun., PNAS, Nano Lett., ACS Nano,Adv. Funct. Mater. and so on.
Title: Low-dimensional antimonide and optoelectronic devices

Ying Li
Beijing Institute of Technology
Li Ying is an associate professor and doctoral supervisor at the School of Integrated
Circuits and Electronics, Beijing Institute of Technology. Her main research focus is
the preparation of all-inorganic halide materials and the corresponding research on
optoelectronic devices. She has made many original scientific achievements in the fieldsof visual sensing, polarization detection, and optoelectronic synapses. In the past five
years, more than 40 high-level academic papers have been published in international
journals, 6 national patents have been granted, and many research results have been
selected as highly cited papers by the Essential Science Indicators (ESI). She has also
served as a guest editor for the Electronics journal.
Title: Study on Bionic Visual Sensors Based on Lead-free Perovskite Materials

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September 9 -13, 2024
Beijing, China

Topic 4: Photocatalysis, thermoelectrics, and energy storage

Yuan-Hua Lin
Tsinghua University
Lin Yuanhua, Dean, has been working as a research assistant, associate researcher, andprofessor at the School of Materials Science and Technology, Tsinghua University sinceAugust 2001. Research field: 1 Targeting high-end electronic oxide inorganic dielectricmaterials and devices. 2. Oxide high-temperature thermoelectric materials and devices
for energy conversion have published over 300 SCI indexed papers, including more than
100 in journals such as Science, Nat. Mater., Nat. Energy, Nat. Communn., Phys. Rev. Lett.,Adv. Mater, etc. SCI papers have been cited over 30000 times.
Title: High performance dielectric capacitors

Ping Wei
Wuhan University of Technology
Ping Wei, professor of Wuhan University of Technology. His research interests include
research and development of thermoelectromagnetic energy conversion materials anddevice manufacturing technologies, bi-directional temperature control and thermal
management technologies, and electron microscope analysis of new energy materials
Title: Optimal design and performance evaluation of stable interfacial barrier layer for
Bi2Te3-Based thermoelectric devices

Yuan Deng
BeiHang University
Deng Yuan is currently Professor in School of Materials Science and Engineering, Beihang
University, China, leading the group of Advanced Functional Materials and Devices. He
is also the Director of key laboratory of intelligent sensing materials and chip integration
technology of Zhejiang Province, Hangzhou Innovation Institute of Beihang University.
He was selected as leading talents in science and technology innovation under the
National Special Support Program. He has authored and co-authored more than 200
papers. His main research interests include the design and fabrication of advanced
functional materials and device, in particular thermoelectric films and device for energy
management and conversion.
Title: Multifield-Induced Fabrication Techniques for Bi2Te3-Based Thermoelectric Thick
Films and Microdevices for Innovative Applications
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Li-Wen Sang
Fudan University
Liwen Sang is now the professor of Institute of optoelectronics, Fudan University.
She received her Ph.D degree from Peking University, then joined NIMS, Japan as the
postdoctoral fellow. In 2014, she was promoted to the permanent position in NIMS as the
Independent Scientist. In 2022, She was awarded the MEXT Young Scientist Award from
Ministry of Education, Culture, Sports, Science and Technology (MEXT), which is the best
award for young scientists in Japan. In 2012 and 2019, she was awarded the JST-PRESTO
researcher from Japan Science and Technology Agency (JST). She has published morethan 140 peer reviewed papers with the citation of more than 3880 and H index of 32.
Her current research interest is interface engineering in III-V nitride semiconductors for
optical, electronic and mechanical devices.
Title: Homoepitaxial growth of p-GaN for pMOS capacitors

Chen-Guang Fu
Zhejiang University
Dr. Chenguang Fu is currently a ZJU 100 Young Professor at the School of Materials Scienceand Engineering, Zhejiang University. His research interest is focused on the discovery anddevelopment of new materials for heat-to-electricity energy conversion, especially halfHeusler compounds and topological materials. He has published more than 100 papers (total
citations over 10000, H-index of 49) in the field of thermoelectrics and energy materials. He
is the recipient of the 2024 Young Investigator Award of the International ThermoelectricSociety. He is an academic editor of The Innovation and The Innovation Materials.
Title: Topological Heusler magnets for transverse thermoelectric

Tian-Ran Wei
Shanghai Jiao Tong University
Tian-Ran Wei is a professor at the School of Materials Science and Engineering, Shanghai
Jiao Tong University (SJTU). He obtained his BS degree from Shandong University in 2012
and PhD from Tsinghua University in 2017. He was a visiting student at Northwestern
University in 2015. He worked at Shanghai Institute of Ceramics, Chinese Academy of
Sciences before joining SJTU in 2018. His current research focuses on ductile inorganic
nonmetallic materials for flexible and hetero-shaped applications in e.g., thermoelectricenergy conversion and sensors. As the first or corresponding authors, he has publishedmore than 30 papers in e.g., Science, Nat. Commun., Adv. Mater., and J. Am. Chem. Soc.
He was granted the national science fund for excellent young scholars.
Title: Superior plasticity and thermoelectric performance of Ag2S-Ag2Se-Ag2Te multinarymaterials
Program Book 54

THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Qian Zhang
Harbin Institute of Technology, Shenzhen
She has been selected for the "Youth Project" of the Changjiang Scholars program of the
Ministry of Education, approved for the "Guangdong Province Outstanding Youth Project",
and the "Shenzhen Outstanding Youth Project". A total of more than 170 SCI papers havebeen published in journals such as Nature, Nature Energy etc. Serve as the deputy directorof the Ministry of Industry and Information Technology's Key Laboratory of Printing
Electronics and the deputy editor-in-chief of the journal "Materials Today Physics".
Title: High performance Mg3(Bi,Sb)2-based thermoelectric generators

Pan Xiong
Nanjing University of Science& Technology
Pan Xiong is a Professor at the Nanjing University of Science and Technology, China. He
received his PhD degree in Materials Science and Engineering from the same university
in 2015. He was a visiting PhD student at the University of Texas at Austin followed byworking as a JSPS postdoctoral researcher at the National Institute for Materials Science(NIMS), Japan and then a research associate at the University of Technology Sydney,
Australia. He has been selected as a national high-level Overseas Young talent, winnerof Jiangsu Province Outstanding Youth Fund, and Jiangsu Distinguished Professor, etc.
His main research interests are two-dimensional material design and high efficiency
energy conversion technology research, with more than 60 SCI papers published in Nat.
Commun., Adv. Mater., Angew.chem.in.ed. and other high-quality
Title: Confined Ion Transport in Two-Dimensional Materials and High-Efficiency Energy
Utilization

Li-Ming Yang
Huazhong University of Science and Technology
Li-Ming Yang, professor of Huazhong University of Science and Technology, researchinterests include artificial intelligence, machine learning, high-throughput screening,theoretical and computational chemistry, computational materials science, multi-scalematerial simulation, and computational condensed matter physics; At present, the researchgroup focuses on the rational design and screening/function-oriented material design of
two-dimensional materials and porous framework materials such as MOFs/COFs, highthroughput screening of photoelectrocatalytic catalysts based on machine learningalgorithm, revealing the micro-reaction process, exploring new reaction mechanism, andrevealing the structure-activity relationship at the level of atomic and molecular.
Title: The electronic structure, magnetism, and it's strain modulation on A3BX2 compounds
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Jia LiTsinghua Shenzhen International Graduate School
Jia Li obtained his PhD degrees from Tsinghua University in 2009. Then he was a
Postdoctoral Research Fellow in Fritz-Haber Institute of MPG in Berlin, Germany from2009 to 2010. In 2011, he joined the Tsinghua Shenzhen International Graduate School,
Tsinghua University. His research focuses on theoretical simulation and device design of
low-dimensional materials, especially in the energy filed. He has published more than
130 peer-reviewed journal articles with a total citation count of more than 11000 and an
H-index of 57. In recognition of his achievements, I was awarded the first prize of Scienceand Technology Award by Chinses Materials Research Society (2/5, 2022) and the Early
Career Award of Computational Materials Science by the Computational Materials Science
Branch of the Chinese Materials Research Society (2019). He also serves as a member of theComputational Materials Science Committee of the Chinese Materials Research Society.
Title: Molecular Understanding of the Critical Role of Solid-Liquid Interface on Electrocatalysis

Jia-Zhen Wu
Southern University of Science and Technology
Dr. Jiazhen Wu is now an associate professor in Department of Materials and Engineering
at Southern University of Science and Technology. Dr. Wu's main research interests include
exploration of novel catalysts materials and crystal growth for efficient ammonia synthesis,
CO2 reduction and water splitting. He is also interested in interdiscipline researches between
physical properties and heterogeneous catalysis. He has published papers in Nature Catalysis,
Science Advances, Advanced Materials, etc. He obtained many fundings from NSFC andmany other science foundations, including Science Fund for Outstanding Young people.
Title: Ru/Si 2D superlattice for alkaline hydrogen evolution reaction

Jian-Ping Xiao
Dalian University of Chemical Physics, CAS
Prof. Dr. Jianping Xiao worked as a postdoc fellow with Prof. Xinhe Bao at Dalian Instituteof Chemical Physics, CAS in 2013. After 2019, Prof. Xiao moved back to Dalian Instituteof Chemical Physics, Chinese Academy of Sciences and been appointed as professor andthe group leader in the group of Computation and Data Driven Catalysis. Recently his
main research interests are developing methods for establishing reaction phase diagram
to understand the evolution of activity, selectivity, and mechanism, also rationally design
catalyst by artificial intelligence and machine learning techniques.
Title: Computational Catalyst Design Based on Energetic Descriptors and Reaction Phase
Diagram Analysis Accelerated by Machine Learning
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Si-Qi Shi
Shanghai University
Siqi Shi is a Professor and PhD supervision at School of Materials Science andEngineering, Shanghai University. His current research focuses on the calculationand design of electrochemical energy storage materials, material databases, andmachine learning, committed to promoting the research and development of artificial
intelligence enabling materials. In 2001, he firstly applied the first principles calculation
to investigate lithium-ion battery materials in China. He has published more than 180
research papers and a monograph called “Computation、Modeling and Simulation inElectrochemical Energy Storage”. He also created an electrochemical energy storage
material calculation and data platform with independent intellectual property rights.
He is in charge of 12 projects supported by the NSFC or the National Key Research andDevelopment Plan.
Title: Design and Discovery of Novel Battery Materials

Hua-Bin Zhang
KAUST Catalysis Center
Dr. Huabin Zhang graduated from Chinese Academy of Science. In 2021, he moved to
KAUST as assistant professor. He has been awarded as One-Hundred-Talents in Chinese
Academy of Science and National overseas high-level young talents (China). He mainly
focuses on the development single atom catalyst for photo/electro-catalysis, including
water splitting and CO2 reduction. He has published over 150 SCI papers with total
citation times of more than 17000 and H-index of 65. Over 30 papers are highly citedin Web of Science, and more than 50 papers have been cited over 100 times. Based onthese works, Dr. Zhang has been rated/honored as a “Highly Cited Researcher”by Web of
Science for consecutive 4 years from 2020 to 2023.
Title: Stories about single atom catalysis

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Li-Dong Zhao
BeiHang University
Li-Dong Zhao, professor of BeiHang University, Since joining Beihang in 2014, it has
won the national young talents, Beijing Teachers' morality pioneer, young scientists of
the International Society of Thermoelectricity, national leading talents, and the 20192023 Science Exploration Award and he Liang He Li Science and Technology Innovation
Award. Main research interests: the development of thermoelectric materials with wide
temperature range and high efficiency by using anisotropic decoupling of heat transfer
and electric transfer. More than 300 important papers have been published in thejournals of Nature and Science, and have been cited more than 30,000 times
Title: Advanced thermoelectric cooling materials

Wan-Jian Yin
Soochow University
Wan-Jian Yin , professor of Suzhou University, his main research fields are theory andcomputation of solar cell materials, high-throughput computation and machine learningof materials design, and theory and computation of graphene growth mechanism.
Review articles in international journals of physics, Chemistry and materials
Title: Expanding Multinary Oxide Perovskites for High-Performance Catalysts by
Symbolic Regression

Topic 5: Light emitting materials and light manipulation
Ai-Wei Tang
Beijing Jiaotong University
Aiwei Tang received his Ph.D degree in optics from Beijing Jiaotong University, China,
in 2009. Then he moved to the Institute of Semiconductors, CAS as a postdoctoral
fellow. In 2011, he joined Beijing Jiaotong University, and now he is a full processor at
the School of Physical Science and Engineering, Beijing Jiaotong University. His recent
research interests are focused on synthesis, functionalization, and optical properties of
Cd-free semiconductor nanomaterials and their applications in light-emitting diodes andphotocatalytic hydrogen evolution
Title: Tunable Luminescence of Narrow-Bandwidth I-III-VI Type Semiconductor
Nanocrystals for QLEDs

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Jian-Xin Tang
Macau University of Science and Technology
Jianxin Tang was appointed professor at the Institute of Nano Functional & Soft Materials(FUNSOM), Soochow University. In 2021, he was appointed professor at Macao Institute ofMaterials Science and Engineering (MIMSE), Macau University of Science and Technology. He
was the selected member for Ten Thousand Talent Program Innovation Leader of China,
and Youth Chang Jiang Scholars of Ministry of Education of China, and was awarded as NSFC
Excellent Young Scholars. His current research areas/interests span device physics and surface
science on organic and perovskite light-emitting diodes technology for flat panel display andsolid-state lighting, and organic/perovskite photovoltaic cells for renewable energy.
Title: Synergetic Interface Engineering on Blue Perovskite Light-Emitting Diodes

Rong-Jun Xie
Xiamen University
Rong-Jun Xie obtained his PhD in Inorganic Non-metallic Materials at Shanghai Instituteof Ceramics, CAS in 1998, and joined National Institute for Materials Science (NIMS) asa Senior Researcher in 2003, and was promoted to Principal Researcher in 2007 andto Chief Research in 2017. In 2018, he moved to Xiamen University as a full professor
at College of Materials. Xie’s research interests include (i) phosphors for lighting anddisplays; (ii) mechanoluminescent materials for sensing technologies; and (iii) quantum
dots for emissive displays. He has contributed to 300+ published papers and 100+
invited talks, and held 50+ patents.
Title: Luminescent materials for advanced displays

Guo-Fa Cai
Henan University
Guofa Cai, Professor and doctoral advisor, has been awarded as the Outstanding YouthFoundation Scholar of the National Natural Science Foundation, distinguished Professor
of Henan Province of China, Young Scientist Medal of International Association ofAdvanced Materials (IAAM) and Young Leader of the Society for Information Display (SID).
Currently working at Henan University, School of Nanoscience and Materials Engineering.
As the first or corresponding author, the applicant has published 50 research articles
in academic journals over the past few years, such as Sci. Adv., Nano Energy, etc. Thesepublications have attracted more than 7000 citations, of which 9 papers are identified
as the ESI highly cited papers. In addition, Cai has presided over 3 National Natural
Science Foundation of China and participated in 2 research projects in Singapore, and 7
invention patents have been authorized.
Title: Electrochromic Materials and Multifunctional Large-size Device
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September 9 -13, 2024
Beijing, China

Yang Chai
The Hong Kong Polytechnic University
Prof. Yang Chai is the Associate Dean of the Faculty of Science, the Director of Joint
Research Center of Microelectronics of the Hong Kong Polytechnic University, the Vice
President of the Physical Society of Hong Kong, a member of The Hong Kong Young
Academy of Sciences, an IEEE Distinguished Lecturer since 2016, the Vice Chair of IEEE
EDS region 10, the Chair of IEEE EDS Nanotechnology Committee, and was the Chair
of IEEE ED/SSC Hong Kong Chapter (2017-2019). His current research interest mainly
focuses on emerging electronic devices.
Title: Bioinspired in-sensor computing for artificial vision

Liang Li
Soochow University
Liang Li, Professor, Soochow University, Suzhou, China. Research directions arephotoelectronic conversion devices including photodetectors and solar cells. Winnerof the China National Outstanding Youth Funding. Director of the Jiangsu Provincial
Key Laboratory of Thin Film Materials. Fellow of the Royal Society of Chemistry (RSC).
Published over 300 SCI papers with a citation of 23000 times and H-factor of 81.
Authorized 17 invention patents and edited 1 English book. Served as Editors andEditorial Board Members of several international journals.
Title: Perovskite Optoelectronic Devices

Hui Huang
University of Chinese Academy of Sciences
Hui Huang is a full professor at University of Chinese Academy of Sciences. His research
focused on the synthesis and applications of conjugated polymers. He has publishedover 140 papers in peer-reviewed journals including Nat. Mater., Nat. Chem. etc. He hasreceived several prestigious awards, such as CCS-BASF Young Innovators Award.
Title: Precise and Scalable Synthesis of Conjugated Polymers

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September 9 -13, 2024
Beijing, China

Hua LiShanghai Institute of Microsystem and Information Technology, CAS
Hua Li, Ph.D., Professor of Shanghai Institute of Microsystem and Information Technology(SIMIT), CAS. His research interests include high performance terahertz semiconductor lasers
and frequency combs. He has published more than 90 peer-reviewed papers, delivered
more than 30 invited talks at international conferences, and obtained more than 22 licensed
China invention patents and 1 licensed international PCT patent. He is the recipient of NSFC
for Distinguished Young Scholars, NSFC for Excellent Young Scholars, Shanghai Outstanding
Academic Leaders, Shanghai Youth Top Talent Support Program, etc.
Title: GaAs/AlGaAs semiconductor laser based terahertz frequency combs

Shao-Teng Wu
Institute of Semiconductors, CAS
Wu Shaoteng, a Researcher at the Institute of Semiconductors, CAS, engaging in research
on Group IV heterogeneous integration and optoelectronics. Successively, achievements
were realized, including 8-inch GeOI and GeSnOI wafers, the highest detection rate
Ge and SiGeSn infrared detectors, germanium-based LED emitters on 12-inch silicon
substrates, and prototype devices of germanium-based vertical cavity surface emitting
lasers (VCSELs). Starting from 2022, he joined the research group of Researcher Li
Shushen and Researcher Luo Junwei at the Institute of Semiconductors. Over the past
five years, he has published over 19 SCI papers in the field of photonics. Additionally,
there are 10 patent applications/authorizations, including one PCT patent.
Title: Research on infrared SiGeSn LED on 12 inches silicon

Yi-Zheng Jin
Zhejiang University
Dr. Yizheng Jin is the professor of Chemistry at Zhejiang University, China. His researchinterests encompass material chemistry, device engineering and device physics of solutionprocessed optoelectronics. His research has resulted in over 60 journal papers in peerreviewed journals, including Nature, Nature Photonics, Nature Communications, Science
Advances and Advanced Materials. Prof. Jin received several awards, including Changjiang
Scholar, National Natural Science Funds for Excellent Young Scholar, Chinese Chemical SocietyAward for Outstanding Young Chemist and Top 10 scientific advances of 2014 in China.
Title: Device physics and material chemistry of quantum-dot light-emitting didoes
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Zhi-Feng Shi
Zhengzhou University
Zhifeng Shi is a professor in School of Physics, Zhengzhou University. He received his Ph.D.
degree in Microelectronics and Solid-State Electronics at Jilin University in 2015. His researchinterests relate to the controllable synthesis and photophysics of semiconductor optoelectronicmaterials and their applications in functional devices. He has published over 100 peer-reviewed
papers with more than 8000 citations. He was awarded the Youth Science and Technology
Award of Henan Province and was selected into the National Young Talents Program.
Title: Lead-free halide perovskites luminescent materials and devices

Ting Wang
Institute of Physics, CAS
Ting Wang started his academic career by taking Associate Professor position in the
Nanoscale Physics and Devices Laboratory at Institute of Physics with commissioning
the first III-V/IV hybrid Molecular Beam Epitaxy reactor for silicon photonics in China.
His current research interest focuses on the silicon photonic heterogeneous integrationby using Molecular Beam Epitaxy, including the development of novel optoelectronic
devices including on-chip integrated lasers, detectors, and modulators. Wang is apioneer of silicon based III-V lasers, acknowledged as one of the initial inventors of InAs
quantum-dot laser on Si for monolithic silicon photonic integration. Wang has publishedover 120 papers and one book in the field of silicon photonics and semiconductor lasers,
while holding several patents on integrated silicon photonics.
Title: III-V Quantum Dot Comb Laser on Silicon for Integrated Optical I/O

Xing-Jun Wang
Peking University
Xingjun Wang, Second Class Professor, Doctoral Supervisor, Vice Dean of the College ofElectronics, Peking University, Deputy Director of the State Key Laboratory of Regional
Optical Fiber Communication Networks and New Optical Communication Systems,
Member of the Discipline Evaluation Group of the State Council, Selected as Distinguished
Professor for the Ministry of Education's Major Talent Program, Chief of the Key R&D
Program of the Ministry of Science and Technology, and Leader of the Key Projects of the
NSFC (2 times). In the past five years, he has published more than 60 papers as the first/
corresponding author in high-level journals such as Nature, Nature Photonics, etc.
Title: Silicon photonics and system

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September 9 -13, 2024
Beijing, China

Jian-Wei Wang
Peking University
Dr. Jianwei Wang is an Professor in the Physics department at Peking University. He obtained
his PhD from the University of Bristol in 2016. His research group focuses on Quantum
Information Science and Technologies with Integrated Photonics. Their work centers aroundon-chip generation, processing, and detection of complex entangled states of light, as well as
integrated photonic quantum computing, quantum networking, and quantum simulation.
Dr. Wang has a prolific publication record, with peer-reviewed papers in prestigious
journals such as Science (3), Nature Physics (5), Nature Photonics (5), etc.. He has been
awarded the National Science Fund for Distinguished Young Scholars (2023), Daheng WangAward (2023), C.N. Yang Award (2022), and Yutai Rao Fundamental Optics Award (2019).
Title: Large-scale integrated quantum photonics

Xue Bai
Jilin University
Xue Bai is a Professor at State Key Laboratory of Integrated Optoelectronics, College ofElectronic Science and Engineering, Jilin University, China. She received her PhD degree
in condensed matter physics from Changchun Institute of Optics. Fine Mechanics andPhysics, Chinese Academy of Science in 2008. Her research interests focus on lanthanidebased nanomaterials and optoelectronic devices. She has published more than 180
SCI index papers with more than 10200 citations in the international journals such as
Nature Comm., Nano Lett., and Angew .Chem. Int. Ed. etc. The current h-index value is 52
according to ISI search report. In 2023, she was awarded the National Science Fund forDistinguished Young Scholars.
Title: Lanthanide based materials and optoelectronic devices

Jing-Xuan Wei
University of Electronic Science andTechnology of China
Prof. Jingxuan Wei received his B.S. degree from the Department of Physics at Nanjing
University China in 2013, his Ph.D degree from the Department of Electrical andComputer Engineering at National University of Singapore in 2021. In November 2022,
he joined the School of Optoelectronic Science and Engineering at the University ofElectronic Science and Technology of China (UESTC) as a professor. His research interests
include integrated photonics, micro/nano-photonics, and optical sensors.
Title: Novel Polarization-sensitive Photodetectors Based on Photonic-Electronic
Nanostructures
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Chang-Xi Zheng
Westlake University
Dr. Changxi Zheng earned his undergraduate degree in Material Physics from Lanzhou
University, Master degree in Material Physics and Chemistry from Sun Yat-sen University,and Ph.D. in Condensed Matter Physics from Monash University, Australia. He is currently
an Assistant Professor at Westlake University. Dr. Zheng's research is centered on thedevelopment and application of cutting-edge imaging techniques based on low-energy
electron microscopy and photoemission electron microscopy.
Title: Imaging deep ultraviolet photon-matter interaction using low-temperature
quantum electron microscopy

Topic 6: Complex wide-band-gap materials
Jian-Dong YeNanjing University
Jian-Dong Ye, Professor of Nanjing University. he was supported by the National
Outstanding Youth Fund and the Outstanding Youth Fund of Jiangsu Province in 2013. In
recent years, he is mainly engaged in the research of oxide semiconductor optoelectronicmaterials and information functional devices. To preside over and complete 3 projects of
National Natural Science Fund and 3 projects of provincial and ministerial level. A totalof 108 academic papers published, including 89 SCI papers, with cited more than 1400
times, H Factor 23. Three papers cited more than 100 times.
Title: An avalanche-and-surge robust NiO/Ga2O3 p-n heterojunction power diode

Xiao Yu
Hangzhou Institute of Technology, Xidian University
Prof. Xiao YU is currently a professor of the Hangzhou Institute of Technology, Xidian
University, China. His research interest focusses on novel semiconductor device
technologies and their reliability, including fabrication and characterization, thereliability mechanism, the modeling and simulation of novel device and array of nonvolatile memory with new channel material. He has published over 80 papers in highlyrecognized journals in the industry such as IEEE Transaction on Electron Devices (TED)
and IEEE Electron Devices Letter (EDL) and at international conferences including toplevel conferences such as International Electron Devices Meeting (IEDM) and VLSI, forover 900 citations. He was granted the Roger A. Haken Best Student Paper Award at IEDM
2015 and EDS Japan chapter Award by IEEE.
Title: Impact of Oxygen Vacancy on Ferroelectric Characteristics and Reliability of
Hf0.5Zr0.5O2 (HZO) Thin Films
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September 9 -13, 2024
Beijing, China

Wen-Bin Li
Westlake University
Wenbin Li is an Assistant Professor of Materials Science and Engineering at Westlake
University. He received his bachelor’s, master’s, and doctoral degrees in Materials
Science and Engineering from Zhejiang University, the University of Pennsylvania, andMIT, respectively, and was a Marie Curie Fellow at the University of Oxford. His research
focuses on the computational modeling and design of advanced electronic materials,
with a particular emphasis on electron-phonon coupling and related properties.
Title: Origin of the Unusually High Electrical Conductivity of the Delafossite Metal
PdCoO2

Yu-Ning Wu
East China Normal University
Prof. Yu-Ning Wu received his BS in Physics from University of Science and Technology ofChina in 2006 and PhD in Physics from University of Florida in 2012. Currently he works
in Department of Electronics at East China Normal University. His research focuses on thedefect physics of semiconductors, including the defect properties and the related carrier
dynamics.
Title: Simulations of the irradiation damage of wide-bandgap semiconductors

Xue-Fen Cai
Shenzhen University
Xuefen Cai is currently an assistant professor in the College of Physics and Optoelectronic
Engineering at Shenzhen University. She obtained her Ph.D. in physics in 2021 fromthe Beijing Computational Science Research Center under the supervision of Prof. SuHuai Wei. Then she did postdoctoral study at the Institute of Semiconductors, Chinese
Academy of Sciences, from 2021 to 2023. Her research focuses on the crystal phases,
electronic structures, defect and doping physics of both common and complex
semiconductors. She has published about 30 SCI papers in academic journals such as
Physical Review B, Physical Review Applied, and Applied Physics Letters. She is hosting
the grants from the Young Program of the National Natural Science Foundation of China.
Title: Bismuth-alloyed Ga2O3 as a novel p-type transparent conducting oxide
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September 9 -13, 2024
Beijing, China

Hong-Lei Wu
Shenzhen University
Honglei Wu, professor and Ph.D. supervisor at Shenzhen University, distinguished scholar,
and Deputy Director of the State Key Laboratory of Radio Frequency Heterogeneous
Integration. He developed an aluminum nitride single crystal growth apparatus withcomplete intellectual property rights, producing 4-inch crack-free AlN crystals and, forthe first time internationally, colorless inch-sized AlN crystals. He also developed AlN
deep ultraviolet photodetectors with a detection wavelength of less than 200 nm andachieved AlN light-emitting devices covering the visible to ultraviolet spectrum throughenergy level adjustment. He has led 14 research projects, including those funded by the
NSFC, the Ministry of Science and Technology's Key R&D Programs, and the Guangdong
Provincial Key Research and Development Programs.
Title: Impact of different energy level of aluminum nitride on photodetectors

Peng Zhang
Shenzhen University
Peng Zhang received his doctoral degree from Xiamen University, Xiamen, China, in2014 and become a postdoctoral researcher in Korea Advanced Institute of Science andTechnology (KAIST) in 2014 and Beijing Computational Science Research Center (CSRC)
in 2016. He is currently an assistant professor in the college of physics and optoelectronicengineering of Shenzhen University, Shenzhen, China. His research interests include thecomputational materials science, optoelectronic materials, energy conservation andstorage materials, and semiconductors.
Title: Theoretical exploration of electride materials with exotic physical properties

Jin-Song Xia
Huazhong University of Science and Technology
Jinsong Xia, Prof. PhD, Huzhong University of Science and Technology. He received theB. S. degree from USTC in 1999, and Ph.D. from Chinese Academy of Science in 2004. In
2010, he joined WNLO-HUST. He is recipient of the National High Level Talent Program.
His research interests include thin-film lithium niobate photonic devices, metasurface,and nano-fabrication. He has published more than 150+ journal papers and 60+ invitedconference talks.
Title: Photonic Devices based on Thin-Film Lithium Niobate

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Ya-Dong Xu
Northwestern Polytechnical University
Yadong XU received his PhD in School of Materials Science & Engineering, Northwestern
Polytechnical University in 2010 and is currently a Professor in State Key Laboratoryof Solidification Processing and Key Laboratory of Radiation Detection Materials andDevices, NPU, China. Dr. XU has received many prestigious awards including “Secondclass of National Technological Invention”, P.R. China, 2013, and “First-class of Scientificand Technical Awards”, Shaanxi Province, 2019 and 2012. “The Ministry of education of
Yangtze River scholar Professor (Young)”, “Youth outstanding talent support program"in Shaanxi, China, (2020), Excellent Talents project in Shaanxi Province, China, 2016, etc.
His research interests cover development of new semiconductor materials for X/γ-ray
detectors. Dr XU has published more than 150 SCI papers and documented 25 patents.
Title: In Pursuit of high resolution CsPbBr3 Gamma-ray Detectors by Optimization ofContact and Configuration

Yan-Jun Fang
Zhejiang University
Dr. Yanjun Fang is a professor of the National Key Laboratory of Silicon and Advanced
Semiconductor Materials at Zhejiang University. In 2018, he joined the School ofMaterials Science and Engineering at Zhejiang University. His primary research focuseson the optoelectronic properties of halide perovskite materials and their applications inphotodetectors. His work has been cited over 19,000 times in SCI journals, with an H-index
of 48. In 2018, he was selected for the National High-Level Overseas Talent Recruitment
Program, and in 2021, he received the Zhejiang Provincial Outstanding Youth Fund. From2020 to 2023, he was consecutively listed as a Clarivate Highly Cited Researcher.
Title: Suppression of Ion Migration in Halide Perovskites for Sensitivity and Stable X-ray
Detectors

Rong Wang
Zhejiang University
Dr. Rong Wang received her Ph.D. degree at Zhejiang University in 2014. She is a
professor of Hangzhou Innovation Center of Zhejiang University. Her research mainly
focuses on defects in 4H silicon carbide (4H-SiC), providing new clue for high-quality
single-crystal growth, processing and homoepitaxy of 4H-SiC. Over the past five years,
she has published more than 40 SCI papers as the first author or corresponding author.
She holds 26 granted China National Invention Patents and two granted U.S. Invention
Patents. Six of the patents have been transferred or licensed, and two of the key
technological achievements have been industrialized.
Title: Tailoring the kinetic and electronic properties of dislocations in 4H-SiC by doping
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September 9 -13, 2024
Beijing, China

Hong-Liang Zhang
Xiamen University
Hong-Liang Zhang, Professor of Xiamen University, his research interests include
epitaxial growth of thin films, synthesis of nanomaterials, optical, electrical, magnetic andcatalytic properties, and their applications in new electronic devices and clean energy.
So far in Phys. Rev. Lett. Nature commun. Jack. Am. Chem. Soc. Adv. Mater. Phys. Rev. B
publications published more than 130 papers.
Title: The electronic structure and band alignment (AlxGa1-x)2O3/Ga2O3 heterojunctions

Liang Wu
Hangzhou Dianzi University
As a National Distinguished Expert, Prof. Liang WU received his Ph.D., master from
University of Louvain, Tsinghua University. Before joining Hangzhou Dianzi University, he
was a full professor at Shanghai University, and also held various R&D and management
positions at Intel, FEMAGSoft SA (Belgium), and GCL Energy Holding Limited, respectively.
He was also the founder of Ultratrend Technologies Co. Ltd.. Prof. Liang Wu has morethan 20 years of research and development experience on various crystal growth
processes and material engineering for semiconductor, solar and LED applications,
including crystal growth equipment & hotzone design, modeling & optimization, defectengineering and material characterization. His team developed world-first 60 mm crackfree bulk AlN single crystalline wafer with leading DUV transparency in 2019, and 3-inch
bulk AlN crystals at the end of 2022. He has been granted more than 60 patents andauthored one book published in Germany.
Title: Progress and device prospects on bulk AlN crystal growth by PVT method

Jing-Xiu Yang
Jilin Jianzhu University
Yang Jingxiu, Associate Professor, School of Materials Science and Engineering and Key
Laboratory of Comprehensive Energy Saving in Cold Regions, Ministry of Education., Jilin
Jianzhu University.
Ph.D. at Dalian Institute of Chemical Physics, Chinese Academy of Sciences (2010-2016);
Joint Ph.D. Program supported by RIKEN IPA Project in Japan (2013-2014); Postdoctoral
Fellow, Beijing Computational Science Research Center (2016-2019). She has publishedover 40 SCI papers in high-impact international journals such as Nat. Comunn., J. Am.
Chem. Soc., Phys. Rev. B, J. Phys. Chem. Lett., with a total citation frequency of over 4300.
In 2021, awarded the “Most Influential Paper of 2021” by the Chinese Physical Society.
Title: Manipulation of Band Structure and Defect Properties in Semiconductor Materials
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Topic 7: Spintronic, multiferroic, and other magnetic compounds

Maciej Sawicki
Institute of Physics, Polish Academy of Sciences, Warsaw, Poland
Prof. Maciej Sawicki has spent most of his scientific career at the Institute of Physics,
Polish Academy of Sciences in Warsaw. He currently heads the Laboratory of Cryogenic
and Spintronic Research and leads the Group of Magnetism of Spintronic Materials. His
undergraduate background in solid state physics led him to pursue interests in magnetic
interactions in semiconductors. He built a fully automated SQUID magnetometer fromscratch, gaining a unique perspective and understanding of this experimental technique.
He spearheaded the inaugural demonstration of magnetic anisotropy control in aferromagnetic material through purely electrical means. He currently holds a second
visiting professorship at Tohoku University in Japan. He continues to pursue his primaryresearch interest while also exploring other current topics in solid state physics, where
antiferromagnetic spintronics is emerging as a dominant field.
Title: Towards Electric-Field Manipulation of Magnetization in Insulating Dilute
Ferromagnets

Nguyen Duy KHANH
Dr. Nguyen Duy Khanh is currently a Research Associate in the Department of Applied
Physics at The University of Tokyo. He earned both his Ph.D. and M.Sc. degrees fromthe Department of Physics at Tohoku University, Japan. Following doctoral studies,
he conducted research at RIKEN and The University of Tokyo. His research is centeredon exploring emergent phenomena in quantum materials, with a particular emphasison systems featuring non-trivial topological spin and electronic structures, such as
understanding and manipulating magnetic skyrmions and other non-coplanar magnetic
orders. Parts of his studies have been published in peer-reviewed journals, including
Nature Nanotechnology, Nature Materials, and Nature Communications …
Title: Topological transport behavior in intercalated van der Waals antiferromagnets

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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Yong-Bing Xu
Nanjing University
Yongbing Xu, postdoctoral fellow at Cambridge University, Director of the Nanjing
University Spintronics International Joint Research Centre at the University of York,
director of the National Key Laboratory for Nanjing University Chip and Technology, anda national specialist, chief Scientist of the National Major R & D program (973) .Professor
Xu specializes in advanced electronic materials and devices, Spintronics, spin memory(MRAM) chips and ultrafast materials science. He is one of the initiators of STT effect (STTmram) and spin chip material (SpinFET) in zero magnetic field. In 2000, he was awarded
the EPSRC Fellowship Award by the National Engineering and Physical Sciences Research
Department and was the only one selected by Cambridge University.
Title: Manipulation of spin ordering in 2D magnets

Chun-Gang Duan
East China Normal University
Prof. Chun-Gang Duan earned his Ph.D. degree in theoretical physics from Instituteof Physics, Beijing, Chinese Academy of Sciences, China in 1998. Then he worked in
University of Nebraska, USA from 1998 to 2007. In 2008, he joined East China Normal
University as full professor. He is now the director of key lab of polar materials anddevices, Ministry of Education, China. He published more than 300 papers in peerreviewed journals with more than 16000 citations. His group is currently working on
multiferroics, valleytronics, energy conversion and neuromophic computing materials.
Title: Ternary and multinary ferrovalley materials

Jin-Xing Zhang
Beijing Normal University
Professor Jinxing Zhang has joined department of physics at Beijing Normal University
as a full professor since the spring of 2012. The ultimate goal in Jinxing’s group is theartificial control of symmetries in strongly correlated oxides for emergent quantum
phenomena and functionalities, e.g. magnetoelectric phase transition, water-printing of
ferroelectric polarization, topological spin textures and efficient spin-wave propagation.
Recently, he has taken great efforts on exploring the potential applications of thosefundamental discoveries on Beyond-CMOS devices. In 2022, he was supported by NSFC
for Distinguished Young Scholars.
Title: Artificial Symmetry Design for Magnetoelectric Phase Transition
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Jin-Bo Yang
Peking University
Jinbo Yang, Professor, Ph.D, Peking University. He has long been engaged in the research ofmagnetism and the structure and properties of novel magnetic functional materials. As theprincipal investigator, he has led more than ten projects, including the National Key R&D
Program (as the chief scientist), the NSFC's key projects/special projects. He has obtained
more than ten national invention patents and published over 400 papers in international
renowned journals with citations exceeding 9000 times. He has received awards such as
the Second Prize of the National Natural Science Award, the National Hundred Outstanding
Doctoral Dissertations Award, the Second Prize of Beijing Natural Science twice and the 2021
International Outstanding Achievement Award in Research on Permanent Magnet Materials.
Title: Development of Iron-rich Rare-earth permanent magnetic materials

Hong-Jun Xiang
Fudan University
Prof. Xiang's research focuses on computational condensed matter physics, with significant
contributions in the establishment of models for multiferroics and the development ofcomputational methods. Prof. Xiang has developed the material simulation package PASP,
which can be used to analyze the structural, electronic, magnetic, and thermodynamic
and kinetic properties of complex magnetic and ferroelectric systems. As first author or
corresponding author, he has published over 100 research papers, including 25 PhysicalReview Letters, ect.. In 2018, he received the International Center for Theoretical Physics(ICTP) Prize from Italy, and in 2021, he was elected as a Fellow of the American PhysicalSociety (APS). In 2023, he was awarded the Huang Kun Physics Prize.
Title: Property analysis and simulation package for materials (PASP) and its applications
to magnetic and ferroelectric materials

Shuai DongSoutheast University
Prof. Shuai Dong is the chair of school of physics, Southeast University. He obtained
Bachelor and Phd degrees from Nanjing University, and once studied/worked in
University of Tennessee at Knoxville/Oak Ridge National Laboratory for three years.
He obtained the Funds for Distinguished/Excellent Young Scholars from NSFC andChangjiang Youth Scholar from MOE. He once served as an associate editor for NPJ
Quantum Materials, and now is a divisional associate editor for PRL.
Title: Alterferroicity
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September 9 -13, 2024
Beijing, China

Pu Yu
Tsinghua University
Pu Yu, Professor of Physics at Tsinghua University. Prof. Yu obtained the PhD from the
Department of Physics at the University of California, Berkeley in 2011. He joined the faculty
at Physics of Tsinghua University in 2012 as a tenure-track assistant professor, and thenpromoted to associate professor in 2017 and full professor with tenure in 2018. His researchinterests span from condensed matter physics, materials science to solid-state chemistry.
His favorite research platform is the correlated oxides, and he has been employing stateof-art growth techniques to design/synthesize novel systems at atomic scale and exploringnovel strategies to manipulate the electronic states through ionic evolution.
Title: A correlated ferromagnetic polar metal by design

You-Wen Long
Institute of Physics, CAS
Youwen Long is now a professor at the Institute of Physics, CAS. He focuses on highpressure synthesis, ambient- and high-pressure physical properties, structure-property
relationships, and structure and electronic states under external stimuli for new quantum
materials with strongly electronic correlation, especially for multiferroic materials, hightemperature half metals and ferromagnetic insulators and semiconductors. He publishedmore than 130 peer-reviewed papers including in Nature, Phys. Rev. Lett. etc. More than
20 papers were selected as journal cover, editors' suggestion, and/or research highlights.
Title: Charge and spin states of PbFeO3 and PbCoO3 prepared under high pressure

Chang-Qing Jin
Institute of Physics, CAS
Changqing JIN is major in research on Quantum Emergent Materials & Phenomena at
Extreme Conditions. He was awarded the National Prize for Natural Science in 2016,
the first class Prize of Beijing Natural Science, the first class Prize of Chinese Materials
Research Society in 2018 & 2023, YE QiSun Prize of Chinese Physics Society in 2015. He
is Chair of the 26th International Conference on High Pressure Science & Technology,
Commission, Chair of International Union of Crystallography (IUCr) on Crystallographyof Materials, vice President of Chinese Crystallography Society. He jointly published
400+ papers including Nature, Nature Physics, Nature Communications. He is one ofhighly cited Chinese researchers recognized by Elsevier. He was authorized 36 patents on
new materials. He was awarded Distinguished Young Scholar in 1997, the PI of Creative
Research Team of NSFC in 2019. For more details pls visit team Web: http://uhp.iphy.ac.cn
Title: New Spintronic Materials: Design , Synthesis & Characterizations
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THE 22nd INTERNATIONALCONFERENCE ON TERNARY AND MULTINARYCOMPOUNDS (ICTMC-22)

September 9 -13, 2024
Beijing, China

Ning Tang
Peking University
Ning Tang is a professor at School of Physics, Peking University. He received a Ph.D.
degree in 2007 from School of Physics, Peking University. His current research mainly
focuses on wide band gap semiconductor spintronics.
Title: Spin properties of the two-dimensional electron gas in GaN-based heterostructures

Gang Xiang
Sichuan University
Gang Xiang is a full professor of physics at Sichuan University, where he also serves as theVice Dean of the College of Physics. His research interests involves design and synthesisof semiconductors and magnetic materials and study of spintronic phenomena in thesematerials. His research is published in over 100 articles and has over 2400 citations(Google Scholar). He was selected as a New Century Excellent Talent by the Ministry of
Education and a High-level Talent in Sichuan Province. His other honors include Sichuan
Youth Science and Technology Award and the Tang Lixin Award for Teaching Excellencefrom Sichuan University.
Title: Transition Metal-doped Gallium Oxide Magnetic Semiconductor Thin Films:
Fabrication, Characterizations and Potential Application in Magnetic Memristors

Zhi-Min Liao
Peking University
Zhi-Min Liao, a Boya Distinguished Professor at Peking University, obtained a Ph.D. fromthe School of Physics at Peking University in 2007, then joined the faculty at Peking
University. During 2010-2011, he conducted visiting research at Trinity College Dublin in
Ireland. In recent years, he has made research advancements in the field of topologicalquantum transport properties and novel device effects, receiving honours such as the
National Science Fund for Distinguished Young Scholars and the First Prize of Beijing
Natural Science Award.
Title: Control over Berry curvature dipole and orbital magnetic moments

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September 9 -13, 2024
Beijing, China

Jian Zhou
Xi'an Jiaotong University
Jian Zhou, Professor at School of Materials Science and Engineering, Xi'an Jiaotong
University. His current research interests mainly focuses on first-principles calculationsof nonlinear optics of condensed matter materials, photoinduced material structures,and topological phase transitions. So far, he has co-authored over 100 papers in PNAS,
PRL, JACS, Nano Letters, etc. These papers have been cited ~ 7,000 times, with an h-index
of 36, and was selected as "Elsevier Chinese Highly Cited Scholar" and “World’s Top 2%
Scientists”. These works are sponsored by grants from the Chinese Young-Talent Programand National Natural Science Foundation of China.
Title: Neel vector tuning hidden bulk photocurrent generation in Mn-based ternary
antiferromagnets

Tian-Xiang Nan
Tsinghua University
Tianxiang Nan’s research interest is on Beyond-CMOS technology including microsystems
and spintronics. He was named to MIT Technology Review's 35 Innovators Under 35
in China. He has published over 60 peer-reviewed articles. He is currently an Associate
Professor in School of Integrated Circuits at Tsinghua University. Prior to joining Tsinghua
University, he was a Post-Doctoral Researcher with the University of Wisconsin-Madisonfrom 2015 to 2018, and with the Cornell University, from 2018 to 2019.
Title: Control of magnon spin transport in antiferromagnetic and multiferroic materials

Yu-Rong Yang
Nanjing University
Yurong Yang is an professor of College of Engineering and Applied Science, Nanjing
University. He was a post-doctoral in University of Arkansas from 2011-2013, and thenbecame a research professor in University of Arkansas until 2018, when he joined Nanjing
University as a professor in College of Engineering and Applied Science. He is experienced
in developing/using first-principles based methods to explain the complex phenomenain oxide-based materials, predict and design new functional materials with distinguishedproperties. He has authored and co-authored more than 100 journal articles.
Title: External effects of ferroelectrics from first principles

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September 9 -13, 2024
Beijing, China

Chang-Song Xu
Fudan University
Changsong Xu joined the Department of Physics at Fudan University as an Associate
Professor in 2021. In 2022, he was awarded a national youth program, and in 2023, he wasselected as a Xiaomi Young Scholar. His research focuses on computational condensed
matter physics, primarily using and developing density functional theory and firstprinciples-based effective Hamiltonian methods to study novel interactions and physicalproperties in ferroic systems, such as ferromagnetic, ferroelectric, and multiferroic
systems. His recent research topics include magnetic topological defects, quantum spin
liquids, magnetoelectric coupling and mutual control, and two-dimensional materials.
Title: Fractional Quantum Ferroelectricity

Zhi-Qi Liu
BeiHang University
Zhiqi Liu obtained his B.S. degree from the Lanzhou University in 2009 and Ph.D. degreefrom the National University of Singapore in 2013. Afterwards, he performed postdoc
research at the Oak Ridge National Laboratory, University of California, Berkeley, and
Los Alamos National Laboratory. He is now a faculty professor and serves as the Head of
Department of Materials Physics at the School of Materials Science and Engineering ofBeihang University. His research interests include magnetic materials, strongly correlatedoxide electronics, multiferroic heterostructures, and topological electron systems.
Title: High-temperature ferromagnetism in ternary oxide La 2CoO4±x thin films and its
electrochemical applications

Da-Hai Wei
Institute of Semiconductors, CAS
Prof. Wei is Team leader and doctoral advisor at the Institute of Semiconductors, CAS.
Prof. Wei's research focuses on the physics and devices of semiconductor spintronics.
His work involves the magnetic semiconductors, and spin-related transport phenomena
such as the spin Hall effect and spin-orbit torque. He has published over 60 papers
in journals including Nature Communications and Physical Review Letters. Prof. Wei
has received several honors, including the Humboldt Fellowship in Germany, and theYoung Scientist Award from the Asia Pacific Magnetism Society. He is also the principal
investigator of a youth team under the Chinese Academy of Sciences' stable support
program for basic research and was the project leader of a youth project of National Key
Research and Development Program of China.
Title: Progresses of room temperature magnetic semiconductors based on Antimonides
and Germanide
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Beijing, China

Topic 8: MiscellaneousHang-Hui Chen
NYU Shanghai
Dr. Hanghui Chen is an associate professor of physics at NYU Shanghai and a global
network associate professor of physics at New York University. He obtained his Ph.D.
degree in Physics from Yale University. Before joining NYU Shanghai’s faculty, Dr. Chen
held a postdoc position in the Department of Physics at Columbia University. Dr. Chen's
research area is at the intersection of condensed matter physics and materials science. He
uses state-of-the-art first-principles calculations to study electronic, magnetic, structural,and superconducting properties of quantum materials, particularly emphasizing
complex oxides and oxide heterostructures.
Title: A first-principles study of nickelate superconductors

Liang Qiao
University of Electronic Science and Technology ofLiang Qiao is currently a professor of Physics, Univeristy of Electronic Science andTechnology of China. He obtained his B.S. and PhD degree at Beihang University. After
graduation, he worked as a postdoc fellow at Pacific Northwest National Lab (20092011) and Oak Ridge National Lab (2011-2014), then as a Lecurer at The University ofManchester (2015-2017). His research interest includes thin-film epitaxy, correlatedoxides and quantum materials, superconducting and magnetic materials etc. He has
published more 200 papers in Nature, Nat. Mater., Nat. Commun., PRL etc..
Title: Critical Role of H for Superconductivity in Infinite-layer Nickelates

Xin Yang
Center for High Pressure Science&Technology
Dr. Xin Yang obtained her Bachelor and Ph.D. degree at Jilin University. Since 2023, she
has been working as a postdoctoral researcher at the Center for High Pressure Science &Technology Advanced Research (HPSTAR) in Beijing under the guidance of Prof. Huiyang
Gou. Her research focuses primarily on the design of high-temperature superconductors
and theoretical research on electrocatalysts of two-dimensional materials.
Title: Theoretical Design of High-temperature Superconductivity in Metal Borides
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September 9 -13, 2024
Beijing, China

Zhe-Shuai Lin
Technical Institute of Physics and Chemistry, CAS
Zheshuai Lin is a professor in Technical Institute of Physics and Chemistry (TIPC), Chinese
Academy of Sciences (CAS). He obtained his Ph.D. from Fujian Institute of Researchon the Structure of Matter, CAS in 2002, and then spent two years as a postdoctoral
research assistant at TIPC. From 2004 to 2008 he was a research associate in theCavendish Laboratory and the Department of Materials Sciences and Metallurgy at the
University of Cambridge, UK. In 2008 he returned back to China and held the current
academic position. His research into optoelectronic functional crystals employs avariety of modelling techniques spanning analytical and quantum mechanics, as well as
experimental exploration.
Title: Isotropic Zero Thermal Expansion and Good Optical Transparence in Sodalite
Framework Crystals

Jun-Yi Zhu
The Chinese University of Hong Kong
Prof Jun-Yi Zhu, Ph.D., Professor at the Chinese University of Hong Kong. Her research are
Semiconductor defects and doping, Electronic properties of solids, Surface and interface
phenomena, Using first principles and molecular dynamics approaches, and Elastic
theory modeling.
Title: Revised Electron counting models based on six-fold coordination and layers and its
application in the phase change in transition metal oxides

Wei Ji
Renmin University of China
Ji, Wei is a computational physicist, working in the field of surface and interface
modelling of low-dimensional materials. His recent research interests include theoreticalmodelling of electronic, magnetic and optical properties, as well as growth andexfoliation of two-dimensional materials. He currently holds the Wu Yuzhang Chair
Professorship of Renmin University of China. He was supported by or awarded withfour national innovative projects or professorships in 2014, 2015, 2016 and 2021. Hepublished over 200 papers in scientific journals like Science, Nature Materials, and Nature
Nanotechnology, which have received over 14,000 citations (WoS).
Title: Coexistence of ferromagnetism and ferroelectricity in van der Waals bilayers

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September 9 -13, 2024
Beijing, China

Yi Du
BeiHang University
Yi Du, Ph.D, Professor at the School of Physics, Beihang University. He has been awarded
Australian Research Council "Future Fellowship" and the National High-Level Talent
Program. He is currently the Executive Director of the Quantum and Matter ResearchCentre at Beihang University, Deputy Director of the Beihang-Wollongong Joint ResearchCentre, and team leader of Surface Physics and Quantum Matter in Beihang University.
His research interests focus on the design and development of two-dimensional
quantum materials for advanced application. His expertise includes molecular beam
epitaxial growth, scanning tunneling microscopy, atomic force microscopy and angleresolved photoemission spectroscopy. He has published over 200 research articles in thejournals, with over 15,000 citations and an h-index of 70.
Title: 2D Frustrated Materials with Exotic Electronic Flat Bands

Song Li
Winger physics Center
Dr. Song Li is now a research assistant professor in Beijing Computational Science
Research Center (CSRC). Prior to moving to CSRC, he was a research fellow at Wigner
Research Centre for Physics with Prof. Adam Gali. He obtained his Ph.D. degree in City
University of Hong Kong with the supervision from Prof. Alice Hu. He works on theoreticaland computational semiconductor materials and quantum information science. He isinterested in advanced first-principles calculations to characterize the crucial optical andspin properties of promising point defects in quantum technology applications.
Title: Quantum Emission from Coupled Spin Pairs in hBN

Shi Liu
Westlake University
Dr. Shi Liu was then offered a Carnegie Fellowship at the Carnegie Institution for Science inWashington, D.C. He received the American Physical Society's Nicholas Metropolis Award for
Computational Physics in 2017 and the SEDD (Sensors and Electronic Devices Directorate)
Distinguished Fellowship at the U.S. Army Research Laboratory in 2018. In June 2019, Dr.
Liu joined the School of Science at Westlake University. A major focus of his research group
now is to comprehend the structure-property relationships of complex oxides such as
hafnia using deep-learning-based large-scale modeling. He has published more than 50
papers since joining Westlake University and is the recipient of multiple grants from the
National Science Foundation of China and the Ministry of Science and Technology.
Title: Understand Ferroelectrics with Universal Force Field
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Beijing, China

Bo-Nan Zhu
Beijing Institute of Technology
Bo-Nan Zhu, Professor of Beijing Institute of Technology, focuses on theoretical design
and prediction of new energy materials, first-principles and defect engineering of
optoelectronic materials, and development of high performance computing software. By
the year 2022, we will have national-level young talents. And he is Editor of the Journal ofOpen Source Software.
Title: Exploring earth-abundant Li-ion cathode materials using random structure
searching

Jun Di
Nanjing University of Science& Technology
Di Jun, a professor/doctoral supervisor at Nanjing University of Science and Technology,
is a national overseas high-level young talent and a specially appointed professor in
Jiangsu Province. He mainly engages in research on two-dimensional material design,energy photocatalytic technology, and carbon dioxide resource utilization. So far, morethan 150 SCI papers have been published, including 85 first author/corresponding (co)papers, Cited over 14000 times, with an H-factor of 65. Selected for Elsevier's "China
Highly Cited Scholars" list, the top 2% of global scientists list, and the top 100000 global
scientists list.
Title: 2D atomic layer for photocatalytic CO2 reduction

Li-Hui Song
Zhejiang University
Lihui Song, Ph.D., Principal Investigator, and doctoral advisor, is a recipient of the
Qiu Shi Sci-Tech Innovation Scholars Program. He works at the Institute of Advanced
Semiconductors at the ZJU-Hangzhou Global Scientific and Technological Innovation
Center. Dr. Song has led 11 research projects funded by the NSFC, the Zhejiang Provincial
Department of Science and Technology, and others. He has published over 60 papers
in prestigious SCI journals in the field of semiconductor materials and authored two
academic monographs published by European Academic Publishers. He holds 12
patents granted both domestically and internationally, with several patents successfullycommercialized on a large scale. He was awarded the "West Lake Pearl Project" Special
Support Program for Young Innovative Talents in Hangzhou.
Title: Research on the Irradiation Effects of Silicon Carbide
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September 9 -13, 2024
Beijing, China

Posters List
Poster No.

Poster Title

AuthorInstitution

P-001

Optical conductivity CdGa2S4, CdGa2Se4,
CdGa2Te4 and ZnIn2Sе4 crystals

Irada
Mamedova

Institute of Physics

P-002

Dielectric relaxation in CdGa2Se4 crystals

Irada
Mamedova

Institute of Physics

P-003

First-principles study on refractive index of
β-Ga2O3 in wide spectral range

MasatoIshikawa

Chiba University

P-004

The Influence of AlGaN Shell on the Absorption
Spectrum of MgxZn1-xO Core-Shell Nanowires

Yaman Tang

Inner Mongolia University

P-005

Tunneling Time of Carrier through AlGaN/
GaN Double-Barrier

Yan Guo

Inner Mongolia University

P-006

Substrate Ferroelectric Proximity Effects Have a
Strong Influence on Charge Carrier Lifetime inBlack Phosphorus

Yonghao Zhu

Institute of Semiconductors, CAS

P-007

First-principles calculation of effect of Bi dopingon magnetic and optical properties of LaFeO3-x

Yuqing Sun

Hebei Normal University

P-008

Modeling of magnetic properties and disordereffects in Mn2TiGe Heusler alloy

Evgenii
Chernov

M.N. Mikheev Institute of Metal Physics,
Ural Branch, Russian Academy of Sciences

P-009

Origin of the Nonmonotonic Pressure
Dependence of the Band Gap in the
Orthorhombic Perovskite CsPbBr3

Zehua Chen

Beijing Computational Science ResearchCenterP-010

Chemical trend of radiative recombination in
III-nitrides

Zheng Liu

Beijing Computational Science ResearchCenter

P-011

Crystal-Crystal Matches method and its
application to TiO2 phases

Qiushi Huang

Beijing Computational Science ResearchCenterP-012

Manipulation of nonlinear optical responses inlayered ferroelectric niobium oxide dihalides

Liangting Ye

Beijing Computational Science ResearchCenterP-013

Landscape of Thermodynamic Stabilities of
A2BB'O6 Compounds

Yateng Wang

University of Science and Technology
Beijing

P-014

Ultrastrong Coupling between Polar Distortionand Optical Properties in Ferroelectric MoBr2O2

Zhaojun Li

University of Science and Technology
Beijing

P-015

Trilayer Moiré Superlattices of MoS2 as a
Simulator for the Ionic Hubbard Model on
Honeycomb Lattice

HongzhenZhong

Beijing Computational Science ResearchCenterP-016

A posteriori energy correction of formation
enthalpies for SCAN density-functional

Shuji Kanayama

Yokohama National University

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Beijing, China

P-017

CVD Synthesis of Millimeter-Scale BiSCl
Nanorods and Bandgap Tuning via Structural
Arrangement

Biao Zeng

Shanghai Institute of Ceramics,CAS

P-018

Thermal stability and resistance drift of Sbbased phase change thin films

Guoxiang Wang

Ningbo University

P-019

A novel approach for fast-response β-Ga2O3
photodetectors by Modulating small polarons

Shujie Jiao

Harbin Institute of Technology

P-020

Strong polarization anisotropy in surface
grated silicon

Ayaz Bayramov

Institute of Physics, CAS

P-021

Thermodynamics and Kinetics in Anisotropic
Growth of One-Dimensional Mid-Entropy
Nanoribbons

Shuxi Wang

Xi'an Jiaotong University

P-022

Bubble Evolution in U3Si2 and its Influence on
Thermal Conducitivity

Jiaxu Zhou

Inner Mongolia University

P-023

Electronic structure and optical properties of
Bi1.8X0.1In0.1Se3 (X = Mn, Co, Cr), Bi1.8In0.2Se3 andBi1.7In0.3Se3

Danil Beliaev

M.N. Mikheev lnstitute of Metal Physics
of Ural Branch of Russian Academy of
Sciences

P-024

Effect of Interlayer Interaction on Fluctuationsfin Bi2Te3 Crystal's Electron Density Distribution

Samir
Gahramanov

Institute of Physics named after H.M.
Abdullayev of MSE

P-025

Effects of compositional control of the
conduction band minimum on Cu(In,Ga)Se2
photoelectrodes for CO2 reduction

Kazuma Okada

Tokyo University of Science

P-026

Impact of structural transition during crystal
growth on microstructure and thermoelectric
properties in CdSnAs2

Shoki Kishida

Kyoto University

P-027

Investigation of the Potential of Cu2 (Sn, Ge) S3
Photoelectrodes for Water Splitting

Kanamori Daiki

Tokyo University of Science

P-028

High Defect Tolerance in Heavy-band
Thermoelectrics

Qianhui Lou

Zhejiang University

P-029

p-type Dopability in Half-Heusler
Thermoelectric Semiconductors

Lirong Hu

Zhejiang University

P-030

Diffusion Behaviors of Lithium Ions at the
Cathode/Electrolyte Interface from Global
Neural Network Potentials

Yufeng Sun

Fudan University

P-031

Hierarchy of exchange-correlation functionals
in computing lattice thermal conductivities ofrocksalt and zinc-blende semiconductors

Jiacheng Wei

Key Laboratory of Advanced Materials andDevices for Post-Moore Chips, Ministryof Education, University of Science andTechnology Beijing, Beijing 100083, China

P-032

Investigation of the deposition mechanism
for SnS thin films using a novel deposition
method, “Electrostatic Spray Deposition”

Kohta Hori

Tokyo University of Science

P-033

Fabrication of N-doped p-type SnS thin films
by reactive sputtering and sulfurization

TaketoTsuchiyama

Tokyo University of Science81 Program Book

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September 9 -13, 2024
Beijing, China

P-034

Temperature-dependent study of the electricalproperties of germanium-doped tin(I) sulfide
thin films

Ayaka Kanai

Nagaoka University of Technology

P-035

Cu2SnS3 thin films deposition on Mo-coatedsubstrates by dual-source Fine channel mist
CVD method for CTS solar cell fabrication

Hirotaka Maeta

Nagaoka University of Technology

P-036

Influence of sulfurization in controlled Sn-S and S
mixed vapors on properties of Cu2SnS3 thin films

Yuki Igarashi

Nagaoka University of Technology

P-037

Linear electrooptic effect in CuInS2 single
crystal.

Ibrahim
Qasimoqlu

Institute of Physics named after
H.M.Abdullayev of the Ministry of
Science and Education of the Republic ofAzerbaijan

P-038

Thermal-Driven Point Defect Transformation in
Antimony Selenosulfide Photovoltaic Materials

Bo CheUniversity of Science and Technology of
China

P-039

Disordering in a chalcopyrite compound
ZnSnP2: A Raman spectroscopy study

Yoshitaro Nose

Kyoto University

P-040

Effect of 8-MeV electron irradiation on theelectronic properties of indium doped Cu2SnS3
crystals

AlekseiLobanov

M.N. Mikheev Institute of Metal Physics UB
RAS

P-041

Optical conductivity of magnetic
semiconductors TlFeS2 and TlFeSe2

Zibakhanum
Badalova

Ministry of Science and Education Instituteof Physics

P-042

The influence of defects on the temperatureof the magnetic phase transition in newmagnetic topological insulators MnSb2Te4

Nadir
Abdullayev

Institute of Physics, CAS

P-043

Raman scattering and spin-phonon interaction
in magnetic topological insulators MnBi2Te4
and MnSb2Te4

Nadir
Abdullayev

Institute of Physics, CAS

P-044

Features of Raman scattering in new magnetic
topological insulators MnSb2Te4

KhayalaAliguliyeva

Azerbaijan

P-045

Features of Raman scattering in new magnetic
topological insulators

KhayalaAliguliyeva

Azerbaijan

P-046

The influence of defects on the temperatureof the magnetic phase transition in newmagnetic topological insulators

KhayalaAliguliyeva

Azerbaijan

P-047

Switching Intrinsic Magnetic Skyrmions in vander Waals Multiferroic Heterostructures

Yusheng Hou

Sun Yat-Sen University

P-048

Origin of the contrasting magnetic stability of
antiferromagnetic CuMnAs and CuMnSb

Gaofeng Teng

Beijing Computational Science ResearchCenterP-049

Tunneling current-voltage characteristics insemiconductor core-shell structured nanowires
with elliptical cross-section

Yulong Lian

School of Physics Science and Technology,
Inner Mongolia University

P050

The photoinduced hidden metallic phase of
monoclinic VO2 driven by local nucleation via
a self-amplification process

Feng-Wu Guo

Institute of Semiconductors, CAS

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September 9 -13, 2024
Beijing, China

PRESENTATION INSTRUCTIONSORAL PRESENTATION
Test your presentation files
It is recommended that each speaker come to the Slides Desk to test the document as soon as your arrival, and copy
your slides to your meeting room computer at least 30 minutes before the session. For speakers who do not copy theslides to his meeting room, the time for copying your slides to the computer will be included in your presentation time.

Please name your slides file in this format: Meeting Room Number + Date + Time + Name

Presentation slides loaded on the provided computers will be completely deleted by the volunteers of your session
after your presentation.

If you have music, video or other Multimedia attachments in your slides, please test them earlier in the slides desk
before your session(s) to ensure the playing performance.

Equipment List in Each Meeting Room
The equipment is in different meeting rooms with different sizes of screens, and please prepare your slides according
to the following information.

Oral Presentation in Purple Crystal Palace
Slides Ratio: 16:9

Equipment in the Meeting Room:- LED screen- Windows-operating computers (Windows 7 Operating System as well as with Microsoft Office (2010 or above) and
Adobe Acrobat Reader (9.0 or above))- A highlight pointer for LED

Oral Presentation in Meeting Room 3, 5, 6, 9
Slides Ratio: 16:9

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September 9 -13, 2024
Beijing, China

Equipment in the Meeting Room:- LED screen- Windows-operating computer (Windows 7 Operating System as well as with Microsoft Office (2010 or above) and
Adobe Acrobat Reader (9.0 or above))- A highlight pointer for LED

Presentation Time
Keynote Presentation

30 minutes

Invited Oral Presentation

20 minutes

Oral Presentation (from abstract)

20 minutes

POSTER PRESENTATION
Poster Presentation Information
Location of Poster Area: Meeting Room 12 on second floor of Conference Center
Time for putting up: From 16:00 on 09 September 2024
Poster Session Time: 15:50-18:00 on 11 September 2024
Time for takedown: Before 12:00 on 13 September 2024
Poster Service Desk: Meeting Room 12 on second floor of Conference Center

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September 9 -13, 2024
Beijing, China

Tips for Poster presentation- Since the poster board is 2.5 meters in height×1 meter in width, in order to give the audience a better performance,
please keep your poster in the suggested size 90 cm (35 in width) x 120cm (47 in length)).
- Congress organizers will provide a board for the poster. Each poster board will be marked with the Poster ID at theleft corner. Authors will be responsible to do printing and put up/take down the poster. The tape will be provided forposter mounting.
- If you attend the congress in person, during the poster sessions, please stand by your poster to communicate with theaudience.
- Kindly note that the poster service desk will not collect the posters not been takedown after 12:00 on 13th September
2024.

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Gold sponsor

Bronze sponsors