Program of the 3rd Element Strategy Initiative: To Form Core Research Centers Symposium on the Elements Strategy Large-scale Research FacilitiesToward the understanding of the mechanisms of material functionalities inspired by new theories, and their industrial applications

Topic number

OP:Both oral and poster presentations will be given
O:Oral presentations conducted
P:Poster previews and poster presentations conducted

Breakdown of lecture times

Lecture time: 20 minutes (16 minutes for presentation, four minutes for Q&As)
Lecture time: 15 minutes (12 minutes for presentation, three minutes for Q&As)

February 5, 2018 (Monday)

General moderators：Ryota Niwa (MEXT)

Opening Category Topic title Presenter Topic number
9:30 Reception
10:00 Keisuke Isogai
(Ministry of Education, Culture, Sports, Science and Technology (MEXT))
10:05 Greeting
(Ministry of Economy, Trade and Industry)
10:10 Yasushi Saito
(Ministry of Education, Culture, Sports, Science and Technology (MEXT))
10:15 Explanation of symposium’s objectives Hidetoshi Fukuyama
(Tokyo University of Science)
10:25 Elements Strategy Initiative Centers

Chair：
Hidetoshi Fukuyama (Tokyo University of Science)

 NIMS　Materials Science of Permanent Magnets and Its Applications– The Output of
Elements Strategy Initiative Center for Magnetic Materials (ESICMM)		 Satoshi Hirosawa
（NIMS）		 OP-1
10:45 Tokodai Institute for Elements Strategy (TIES): Recent Research Progresses Hideo Hosono
（Tokyo Institute of Technology）		 OP-2
11:05 Principles and Their Applications Created by ESICB, Kyoto University Tsunehiro Tanaka
（Kyoto University）		 OP-3
11:25 ESISM　Development of structural materials with concurrent enhancement of strength and ductility: A challenge in ESISM Isao TANAKA
（Kyoto University）		 OP-4
11:45 Lunch
13:00 Invited lecture What is now expected of university-led innovation Shuichi Sakamoto
(Ministry of Education, Culture, Sports, Science and Technology (MEXT))		 O-1
13:20 Large-scale Facilities, software and data

Chair:
Hitoshi Takigawa
(The University of Tokyo)

 Material science at SPring-8 and its industrial applications Yoshiharu Sakurai
(Japan Synchrotron Radiation Research Institute (JASRI))		 OP-5
13:35 Material Science and Element Strategy Initiative at KEK-Photon Factory Youichi Murakami
（Institute of Materials Structure Science, KEK）		 OP-6
13:50 Elements Strategy Initiative in J-PARC Toshiji Kanaya
（J-PARC MLF）		 OP-7
14:05 Development and dissemination of applications software for materials science simulation Shinji Tsuneyuki
（The Univ. of Tokyo）		 OP-8
14:20 A new materials data platform in MI2I Satoshi ITOH
（NIMS）		 OP-9
14:35 Coffee break
14:50 Invited lecture

Chair:
Yoshiyuki Amemiya（University of Tokyo）

 The Impact of Advanced 3GeV Synchrotron Facility
in Materials Engineering as well as Industrial Science and Technology　- Tangible and Intangible Impacts of SLiT-J Project –		 Masaki Takata
（Tohoku Univ.）		 OP-10
15:10 Utilization of Quantum Beams for Developments and Prospects for the Future Kazuhiko Dohmae
（Toyota Central R&D Labs.）		 O-2
15:30 Development of Heavy-Rare-Earth-Free Hot-deformed Nd-Fe-B Magnets and Their Practical Realization for Traction Motors Keiko Hioki
（Daido Steel Co., Ltd.）		 O-3
15:50 Fuel-efficient Tire Development by Complimentary use of Quantum Beam and Supercomputer Hiroyuki Kishimoto
（Sumitomo Rubber Industries, LTD.）		 OP-11
16:10 Poster previews*
*Presenters will provide a one-minute overview of the content of their posters

Chair:
Kazuyoshi Yamada (KEK)
17:00 Poster session*
*To be held in the multipurpose space in front of the Ito Hall
18:30 Informal gathering

February 6, 2018 (Tuesday)

General moderators：Ryota Niwa (MEXT)

Opening Category Topic title Presenter Topic number
9:30 Research (Electrons)

Chair:
Koki Takanashi (Tohoku University)

 Structural study of 200-K superconductivity in compressed hydrogen sulfide K. Shimizu
（Osaka Univ.）		 OP-12
9:50 Electronic structure of interstitial hydrogen in wide gap semiconductor IGZO and ZnO K. M. Kojima
（KEK-IMSS）		 OP-13
10:10 Spin current and Spintronics Eiji Saitoh
（Tohoku Univ.）		 OP-14
10:30 Ultrahigh spatial resolution magnetic imaging of oxide surfaces and interfaces by the development of laser-PEEM Shik Shin
（The University of Tokyo）		 OP-15
10:50 Research (magnetics)

Chair:
Tetsuya Nakamura (SPring-8)

 Material research for voltage-controllable spintronic device with ultralow energy consumption and synchrotron x-ray spectroscopy to reveal interfacial magnetism Shinji Miwa
（Osaka Univ.）		 OP-16
11:10 Characterization of rare-earth permanent magnets using quantum beams Kanta Ono
（KEK）		 OP-17
11:30 Lunch
12:40 Research (structural materials)

Chair:
Kosaku Ushioda (Nippon Steel & Sumikin Research Institute)

 Direct observation of trapped hydrogen and boron segregation at austenite grain boundaries in steels by atom probe tomography Jun Takahashi
（Nippon Steel & Sumitomo Metal Corporation）		 OP-18
13:00 Investigation of solidification phenomena in metallic alloys by 2D & 3D observation Hideyuki Yasuda
（Kyoto University）		 OP-19
13:20 Research (catalysts and batteries)

Chair:
Kohei Uosaki (NIMS)

 Materials developments of ionic conductors and
their application to all-solid-state batteries		 Ryoji Kanno
（Tokyo Institute of Technology）		 OP-20
13:40 Development of Hydride Ion Conductors Genki Kobayashi
（Institute for Molecular Science）		 OP-21
14:00 Fire-extinguishing organic electrolytes for safe batteries Atsuo Yamada
（The Univ. of Tokyo）		 OP-22
14:20 Research (computational/data science)

Chair:
Satoshi Ito (NIMS)

 Large scale simulations of solidification and grain growth
at atomistic and microstructural scales		 Yasushi Shibuta
（The Univ. of Tokyo）		 OP-23
14:40 Automated Reaction Path Search by the Artificial Force Induced Reaction Method Satoshi Maeda
（Hokkaido Univ.、NIMS）		 OP-24
15:00 PD review Towards the latter half of the Elements Science and Technology Project (Core-to-Core Project) Akira Sawaoka (Daido University)
Kohei Tamao (RIKEN)

February 5, 2018 (Monday) Poster Presentation

16:10 Poster previews (one minute each) conducted in order from P1 to P39P (oral presentation topics will not be conducted)
17:00 Poster session (To be held in the multipurpose space in front of the Ito Hall)

展示場所番号 Topic number Category Topic title Presenter
1 OP-1 Centers NIMS　Materials Science of Permanent Magnets and Its Applications– The Output of
Elements Strategy Initiative Center for Magnetic Materials (ESICMM)		 Satoshi Hirosawa
（NIMS）
2 OP-2 Tokodai Institute for Elements Strategy (TIES): Recent Research Progresse Hideo Hosono
（Tokyo Institute of Technology）
3 OP-3 Principles and Their Applications Created by ESICB, Kyoto University Tsunehiro Tanaka
（Kyoto University）
4 OP-4 Development of structural materials with concurrent enhancement of strength and ductility: A challenge in ESISM Isao TANAKA
（ Kyoto University）
5 OP-11 Industry Fuel-efficient Tire Development by Complimentary use of Quantum Beam and Supercomputer Hiroyuki Kishimoto
（Sumitomo Rubber Industries, LTD.）
6 OP-18 Direct observation of trapped hydrogen and boron segregation at austenite grain boundaries in steels Jun Takahashi
（Nippon Steel & Sumitomo Metal Corporation）
7 P-1 Research and Development of advanced Li-ion batteries for Electric Vehicles accelerated by utilization of large experimental facilities Hideto Imai
（NISSAN ARC LTD.）
8 P-2 In operando measurement of Li reaction distribution on large scale battery using high energy X-rays Hisao Yamashige
（TOYOTA Motor Corporation）
9 OP-5 Facilities Materials Science and Industrial Applications at SPring-8 Yoshiharu Sakurai
（JASRI）
10 OP-6 Material Science and Element Strategy Initiative at KEK-Photon Factory Youichi Murakami
（KEK）
11 OP-7 Elements Strategy Initiative in J-PARC Toshiji Kanaya
（J-PARC MLF）
12-14 OP-8 Development and dissemination of applications software for materials science simulation Shinji Tsuneyuki
（The Univ. of Tokyo）
15 OP-9 A new materials data platform in MI2I Satoshi ITOH
（NIMS）
16 OP-10 The Impact of Advanced 3GeV Synchrotron Facility
in Materials Engineering as well as Industrial Science and Technology　- Tangible and Intangible Impacts of SLiT-J Project –		 Masaki Takata
（Tohoku Univ.）
17 OP-13 Applications Electronic structure of interstitial hydrogen in wide gap semiconductor IGZO and ZnO K. M. Kojima
（KEK-IMSS）
18 OP-14 Spin current and Spintronics Eiji Saitoh
（Tohoku Univ.）
19 OP-20 Materials developments of ionic conductors and
their application to all-solid-state batteries		 Ryoji Kanno
（Tokyo Institute of Technology）
20 OP-22 Fire-extinguishing organic electrolytes for safe batteries Atsuo Yamada
（The Univ. of Tokyo）
21 P-3 An operando study on automobile catalytic converter Hiroyuki Asakura
（Kyoto University）
22 P-4 Improvement of Catalytic Properties by Combination of Trace Amount of Platinum and Investigation of Its Mechanism with Using XAFS K. Sato
（Kyoto Univ., Oita Univ.）
23 P-5 Anchoring bond of catalysis particles found in highly active NH3 synthesis catalysts Hitoshi Abe
（KEK-IMSS）
24 P-6 Synthetic Study on Perfluorinated Rylenes for Optoelectronics Norie Momiyama
（IMS, SOKENDAI）
25 P-7 Current situation concerning the element strategy for diffraction experiments
at the SPring-8 NIMS beam line		 Osami Sakata
（NIMS）
26 P-8 Development of superconducting devices based on light elements Hiroshi Yamamoto
（Institute for Molecular Science）
27 P-9 Development of Highly Durable Perovskite Solar Cells Yasuhiro Shirai
（NIMS）
28 P-10 High-Energy Electrode Materials with Oxide Ion Redox for Charge Compensation Naoaki Yabuuchi
（Tokyo Denki Univ.）
29 P-11 Investigation of deformation mechanism in ultra-fine grained metals by In-situ XRD Hiroki Adachi
（Univ. of Hyogo）
30 P-12 “Complex hydrides” as a new class of solid electrolytes – Fast cationic conduction studies and next-generation battery device applications – S. Orimo
（Tohoku Univ.）
31 OP-15 Analysis Ultrahigh spatial resolution magnetic imaging of oxide surfaces and interfaces by the development of laser-PEEM Shik Shin
（ The University of Tokyo）
32 OP-17 Characterization of rare-earth permanent magnets using quantum beams Kanta Ono
（KEK）
33 P-13 Ambient pressure photoelectron spectroscopy and practical operand measurement Yasumasa Takagi
（JASRI/SPring-8）
34 P-14 Precisely Determination of Surface Structure by using Positron Diffraction
– Total-Reflection High-Energy Positron Diffraction, TRHEPD –		 Izumi Mochizuki
（KEK-IMSS）
35 P-15 Magnetic imaging by nano-focused synchrotron light
and a perspective of its application to analysis of the local magnetism		 Kentaro Toyoki
（JASRI）
36 P-16 Analysis of synchrotron X-ray diffraction on Ga-containing Nd-Fe-B sintered magnets H. Okazaki
（JASRI）
37 P-17 Synchrotron Radiation X-Ray CT Technique for Non-Destructive and High-Resolution Investigation of Internal Structures of Materials Akihisa Takeuchi
（JASRI/SPring-8）
38 P-18 Ultrafast studies of photoreaction dynamics by complementary usage
between SACLA and SR, and their use in artificial photosynthesis systems		 Shunsuke Nozawa
（KEK-IMSS）
39 P-19 Integration of quantum beam measurements, modelling, and mathematics to unravel disordered matter: towards a collaboration with microgravity in space Shinji Kohara
（NIMS）
40 OP-12 Boundary Structural study of 200-K superconductivity in compressed hydrogen sulfide K. Shimizu
（Osaka Univ.）
41 P-20 High-Pressure Neutron Diffractometer, PLANET, for Observing Hydrogen in Materials under High-Pressure and High-Temperature Conditions Takanori Hattori
（J-PARC Center）
42 P-21 Search for Novel Metal Hydrides utilizing High Pressure Technique
– Structural Studies Using Synchrotron Radiation X-rays and Neutrons –		 Akihiko Machida
（QST）
43 OP-16 Basic
(Substances)		 Material research for voltage-controllable spintronic device with ultralow energy consumption and synchrotron x-ray spectroscopy to reveal interfacial magnetism Shinji Miwa
（Osaka Univ.）
44 OP-19 Investigation of solidification phenomena in metallic alloys by 2D & 3D observation Hideyuki Yasuda
（Kyoto University）
45 OP-21 Development of Hydride Ion Conductors Genki Kobayashi
（Institute for Molecular Science）
46 P-22 Observation of Magnetic Skyrmions under External Field using Quantum Beams Yuichi Yamasaki
（NIMS-MaDIS）
47 P-23 Multi-Probe Observation of Graphene-Metal Junction Devices: Structure and Magnetism at Interface Kenta Amemiya
（IMSS）
48 P-24 Ultrafast Magnetic Dynamics of Mott insulator Sr2IrO4 Yoshikazu Tanaka
（RIKEN）
49 P-25 Weyl Magnets: Novel Functional Magnets based on Topology of Electronic Structure Satoru Nakatsuji
（The Univ. of Tokyo）
50 P-26 Relation of structure and superconductivity in iron-based superconductor: New findings on pressure response J. Yamaura
（MCES Titech）
51 P-27 Electronic Structures and Magnetic Properties of the Two-Dimensional Electride Y2C Koji Horiba
（KEK-IMSS）
52 P-28 Synthesis and neutron diffraction of iron-based high-Tc superconductor 154SmFeAsO1−xDx Soshi Iimura
（Tokyo Tech）
53 P-29 XAFS-based Structural Study of Homogeneous Catalytic Species Hikaru Takaya
（Kyoto Univ.）
54 P-30 Analysis of function induced on anatase TiO2 surface which has photocatalytic activity: electronic states and surface structure Ryu Yukawa
（KEK, IMSS）
55 P-31 Water Oxidation Catalyzed by Metal Complexes Composed of Ubiquitous Elements Shigeyuki Masaoka
（Institute for Molecular Science）
56 P-32 Toward Discovery for Novel Solid Electrolytes for Li Ion Battery Masanobu Nakayama
（NITech/NIMS-cMi2）
57 P-33 An inelastic x-ray scattering study for the origin of the strengthening mechanism on a Mg-based alloy with a long-period stacking ordered phase Shinya Hosokawa
（Kumamoto University）
58 P-34 Structure and magnetic properties of Sm(FeCo)12 thin films D. Ogawa
(ESCIMM-NIMS)
59 OP-23 Basic
(Calculation)		 Large scale simulations of solidification and grain growth
at atomistic and microstructural scales		 Yasushi Shibuta
（The Univ. of Tokyo）
60 OP-24 Automated Reaction Path Search by the Artificial Force Induced Reaction Method Satoshi Maeda
（Hokkaido Univ.、NIMS）
61 P-35 Theoretical Design of Materials with Innovative Functions Based on
Element Strategy and Relativistic Electronic Theory		 Hiromi Nakai
（Waseda Univ.）
62 P-36 Exploration of Novel Nitride Semiconductors by In Silico Screening
and Experimental Verification		 Fumiyasu Oba
（Tokyo Tech）
63 P-37 First-principles Simulation for Attosecond Optical Response of Solids Kazuhiro Yabana
（University of Tsukuba）
64 P-38 First-principles study of Nd-magnet microstructure interfaces with the K computer Yoshihiro Gohda
（Tokyo Tech）
65 P-39 Absolute Binding Energies of Core Levels in Solids from First Principles Taisuke Ozaki
（The Univ. of Tokyo）

Management committee (of Element Strategy Initiative)

The structure and editing of the program was conducted with the cooperation of:

Yoshiyuki Amemiya: Professor, The University of Tokyo Graduate School of Frontier Sciences
Takahiko Iriyama: Director of Daido Steel Co., Ltd/Deputy-director of MagHEM
Kohei Uosaki: Fellow, National Institute for Materials Science
Kosaku Ushioda: Senior Advisor, Nippon Steel & Sumikin Research Institute (NSRI)
Maki Kawai: Director General, Institute for Molecular Science
Jun Sugiyama: Fellow, Quantum Beam Analysis Lab. Toyota Central R&D Labs., Inc. (TCRDL)
Toru Setoyama: Executive Officer/Fellow, Mitsubishi Chemical Corporation
Masatoshi Takao: Formerly of Osaka University/Specially Appointed Professor, Panasonic Corporation
Koki Takanashi: Professor, Director of Institute for Materials Research, Tohoku University
Shinji Tsuneyuki: Professor, Graduate School of Science, The University of Tokyo
Kiyoyuki Terakura: Executive Advisor, National Institute of Material Science MI2I
Makoto Hayashi: Science Coordinator, Newtron Science and Technology Center
Hidetosi Fukuyama: Vice President, Tokyo University of Science
Hideo Hosono: Professor, Institute of Innovative Research, Tokyo Institute of Technology