2012 年日中国交正常化 40 周年記念事業 日中国民交流友好年

理研・中国科学院 30 周年記念

講演会

Ceremony, lectures and reception to celebrate
the 30th anniversary of research cooperation between
RIKEN and the Chinese Academy of Sciences

予稿集

Proceedings

平成 24 年 5 月 25 日（金）May 25, 2012（Fri.）
場

所： 六本木アカデミーヒルズ49

东京都六本木 Academyhills 49
Venue: Roppongi Academyhills 49, Tokyo主催： 理化学研究所 、中国科学院

中国科学院 、理化学研究所
Organized by RIKEN & the Chinese Academy of Sciences

Contents
13:00 〜 13:10

Greeting

13:10 〜 13:35

Progress in Nuclear Physics
by Large Jumps at RIBF……………………………………………… 4

Ryoji Noyori, President of RIKEN
Chunli Bai, Presedent of the Chinese Academy of Sciences

Hiroyoshi Sakurai

Professor, Chief scientist of Nishina Center for
Accelerator-Based Science, RIKEN

13:35 〜 14:00

A review of Collaboration
between IMP and RIKEN …………………………………………… 6
Guoqing Xiao

Prof. Dr., Director of the Institute of Modern Physics,
the Chinese Academy of Sciences

14:00 〜 14:30

Emergent magnetoelectric phenomena
in correlated materials ……………………………………………… 8
Yoshinori Tokura

Professor, Director of Emergent Materials Department,
Advanced Science Institute, RIKEN

14:30 〜 15:00

The future of materials science and IMR CAS …… 10
Hui-Ming Cheng

Professor, Deputy Director of Institute of Metal Research,
the Chinese Academy of Sciences

15:00 〜 15:30

Cells into Organs:
Construction, Destruction and Repair ………………… 12

Masatoshi Takeichi

Professor, Director of RIKEN Center for Developmental Biology and
RIKEN Kobe Institute15:40 〜 16:10

BMP signaling andcentral nervous system development ………………… 14
Naihe Jing

Ph. D. Professor, Executive Director of Shanghai Institute of
Biochemistry and Cell, the Chinese Academy of Sciences

16:10 〜 16:40

Search for New Catalysts for More Efﬁcient,
Selective Chemical Synthesis ………………………………… 16
Zhaomin Hou

Chief Scientist of Organometallic Chemistry Laboratory,
Advanced Science Institute, RIKEN

16:40 〜 17:10

Academic Exchange between ICCAS and
RIKEN during the Past 30 Years …………………………… 18
Li-Jun Wan

Professor, Director of Institute of Chemistry,
the Chinese Academy of Sciences

13:10 ～ 13:35
Hiroyoshi Sakurai
Professor,
Chief scientist of Nishina Center for
Accelerator-Based Science, RIKEN

Professional afﬁliation:

Radioactive Isotope Physics Laboratory, RIKEN
Department of Physics, University of Tokyo
RIKEN Nishina Center for Accelerator-Based Science
2-1 Hirosawa Wako Saitama 351-0198 Japan
E-mail: sakurai@ribf.riken.jp(Year of birth 1963)

Progress in Nuclear Physics
by Large Jumps at RIBF

I would introduce research activities and future plans at the “Radioactive Isotope Beam Factory (RIBF)”, RIKEN, and discuss possible collaboration programs with CAS. The RIBF isa world-leading heavy-ion accelerator facility where powerful radioactive-isotope beams aredelivered to drastically promote nuclear physics. Special emphasis is given to selected programs that highlight activities at RIBF.

Education background:1989 〜 1993 University of Tokyo , Japan (Ph.D in physics)

Professional positions:

2011-present Professor, Department of Physics, University of Tokyo
2005-present Chief Scientist, Radioactive Isotope Physics Laboratory, RIKEN
2006-2009
Director, Nuclear Physics Research Division, RIKEN Nishina Center for
Accelerator-Based ScienceAwards:2008 JPSJ Papers of Editorsʼ Choice2009 Membership Award of the GSI Exotic Nuclei Community (GENCO)

Synergistic Activities:

2006- Member-at-Large, Science Council of Japan
2009- Member of Program Advisory Committee at GANIL
2009- Member of Scientific Advisory Committee at FRIB, MSU
2011- Member of the Steering Committee of Research Center for Nuclear Science andTechnology, Beihang University, China

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理研・中国科学院 30 周年記念講演会

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13:35 ～ 14:00
Guoqing Xiao
Prof. Dr., Director of the Instituteof Modern Physics,
the Chinese Academy of Sciences

Professional afﬁliation:

Institute of Modern Physics, CAS
509 Nanchang Road, Lanzhou, 730000, China

Education background:Free University of Berlin, Berlin, Germany
Ph.D. in Physics, 1996
Institute of Modern Physics, Chinese Academy of Sciences, China
MS in Nuclear Physics, 1987
Sichuan University, Chengdu, China
BS in Nuclear Physics, 1982

A review of Collaboration
between IMP and RIKEN

In the first part of my talk, I will give a historical review of the collaboration between IMP
and RIKEN. The cooperation started since 1979, the fields of cooperation have been extended to accelerator physics, heavy ion physics, theoretical physics, and applied physics.
Milestones of the collaboration will be highlighted. In the second part of my talk, I will summarize the present activities in the basic research, applied fields, accelerator development,
and instrumentation. And some examples of important progresses will be described. Then I
will introduce the future large-scale facilities that IMP will construct in next 10 years.

Professional positions:

3/2008-present Director, Institute of Modern Physics, the Chinese Academy of Sciences
8/2003-2/2008 Vice director, Institute of Modern Physics,
the Chinese Academy of Sciences
2004-present
Vice director, National Laboratory of Heavy Ion Accelerator, Lanzhou,
China
5/2000-present Professor, Institute of Modern Physics, the Chinese Academy of Sciences
1/1998-5/2000 Associate Professor, Institute of Modern Physics,
the Chinese Academy of Sciences
7/1989-1/1998 Research Assistant, Institute of Modern Physics,
the Chinese Academy of Sciences
1. Associate Editor-in-Chief of Chinese Physics C: High Energy Physics and Nuclear Physics
2. Editorial Board of Science in China Series G: Physics, Mechanics & Astronomy
3. Editorial Board of Nuclear Physics Review
4. Editorial Board of Nuclear Science and Techniques
5. Standing Commission Member of Society of Chinese Nuclear Physics
6. Commission Member of Chinese Nuclear Society
7. Commission Member of China Isotope and Radiation Association
8. Standing Commission Member of Chinese Nuclear Technology inIndustry Application Society
9. Chairman of Physics Society in Gansu, China

Awards:Award for progress in science and technology at the Chinese Academy of Sciences, 1999
Award for progress in science and technology at Gansu province, 2008

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理研・中国科学院 30 周年記念講演会

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14:00 ～ 14:30
Yoshinori Tokura
Professor, Director of Emergent
Materials Department,
Advanced Science Institute, RIKEN

Professional afﬁliation:

Director, Emergent Materials Department, RIKEN Advanced Science Institute
Director, Quantum-Phase Electronics Center, University of Tokyo
Professor, Department of Applied Physics, University of Tokyo
7-3-1 Hongo, Bunkyo-ku, Tokyo 113-8656, Japan
Tel: +81-3-5841-6870 Fax: +81-3-5841-6839 tokura@ap.t.u-tokyo.ac.jp(March 1, 1954)

Education background:

Emergent magnetoelectric
phenomena
in correlated materials

Towards the invention of new functional electronic materials with high efficiency and low
energy consumption, the emergence in materials science is the key concept, which focuseson the strong space-time correlations of interacting degrees of freedom. The correlated
electron materials occasionally undergo a transition between critically competing electronic
phases. Such a phase competition produces surprising emergent phenomena, such as hightemperature superconductivity, colossal magnetoresistance, gigantic magenetoelectriceffect, and Mott transitions. Here, I would overview the strategic exploration for gigantic
magneto-electronic responses of a collective state of matter against minimal external stimuli.

1981 University of Tokyo, (Ph.D. in Applied Physics)

Professional positions:2010-Present

Director, Emergent Materials Department, Group Director, Cross-Correlated Materials Research Group, RIKEN Advanced Science Institute
Director, Quantum-Phase Electronics Center, University of Tokyo
2008-Present AIST Fellow, National Institute of Advanced Industrial Science andTechnology (AIST)
2007-Present Group Director, Cross-Correlated Materials Research Group, RIKEN
Advanced Science Institute2006-2012.Mar. Research Director, Multiferroics Project (MF), Exploratory Research for
Advanced Technology Organization (ER ATO), JST
1995-Present Professor, Department of Applied Physics, University of Tokyo

Awards:1990 IBM Japan Science Prize, Nishina Memorial Prize, 1991 Bernd Matthias Prize,
2002 Asahi Prize, 2003 Medal with Purple Ribbon, 2010 Fujihara Prize

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理研・中国科学院 30 周年記念講演会

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14:30 ～ 15:00
Hui-Ming Cheng
Professor, Deputy Director of
Institute of Metal Research,
the Chinese Academy of Sciences

Professional afﬁliation:

Institute of Metal Research, CAS
72 Wenhua Road, Shenyang 110016, China

Education background:1992 Ph. D in Materials Science
1987 Master in Inorganic Materials
1984 Bachelor in Carbon Materials

Professional positions:

1990-1992 Guest Researcher, Kyushu National Industrial Research Institute, AIST, MITI,
Japan
1992-1993 Research Associate, Faculty of Engineering, Nagasaki University, Japan
1993-1994 Associate Professor, IMR CAS
1994-now Professor, IMR CAS
1997-1998 Senior Visiting Scientist, Dept. of Physics, MIT, USA
2000-now Editor, Carbon

Awards:

2010
2010
2006
1999

Prize for Scientific and Technological Progress of Ho Leung Ho Lee Foundation
The Charles E. Pettinos Award, American Carbon Society, USA
The 2nd class National Natural Science Award, China
The Ryukiti Hasiguchi Foundation Award

His research activities mainly focus on the synthesis, properties and applications of carbon
nanotubes, graphene, energy storage materials, photocatalytic materials, and high-performance bulk carbon materials. He edited the first book on carbon nanotubes in Chineseand published over 300 peer-reviewed papers with 12,000 citations. Prof. Cheng was theco-chairman of the World Conference on Carbon in 2002 (Beijing) and in 2011 (Shanghai),and has given more than 50 plenary/keynote/invited talks in international conferences andsymposia. He is also the Editor of Carbon and Editor-in-Chief of New Carbon Materials.

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理研・中国科学院 30 周年記念講演会

The future of materials
science and IMR CAS

Materials are the milestone of mankind ʼs civilization and also building blocks for modern
societies from building, transportation, to energy and information. Therefore, materials
are recognized as one of the three most important fields (energy, information and materials) of the current society. The connotation of materials science has been changing, fromsynthesis/processing, composition/structure and properties in 1960s, to synthesis/processing, composition/structure, properties, and performance in 1990s, to synthesis/processing, composition/structure, properties, performance, and end-usersʼ needs and constraits
in 2000s, finally to synthesis/processing, resources (composition), performance, cost, andenvironments (repairing and recycling) to 2050s. Based on the above understanding, thefuture research trends in the four aspects of materials science, including measurement
methods/tools, understanding and theory, materials/structures, and synthesis/processing,are identified.
The Institute of Metal Research (IMR), Chinese Academy of Sciences (CAS) will be briefly
introduced. IMR was founded in 1953 and is now one of the most important R & D basefor materials science and engineering in China. IMR is mainly engaged in research anddevelopment of high-performance metallic materials, new inorganic nonmetallic materials and advanced composite materials covering their structures, properties, performance,
corrosion and protection, as well as the relationship among them. IMR pays equal attention
to materials engineering such as synthesis, fabrication, processing and applications. Presently IMR has one national laboratory, one state key laboratory, twenty research divisions,
two national engineering research centers and several spin-off high-tech enterprises. Its
mission is to excel in materials research, develop advanced materials technology and foster
exceptional talents, serving the nation, the society and mankind. The three major R&D
fields, high-temperature structural materials for advanced engine systems, heavy corrosion
protection technology for large projects, and nanoscience and nanotechnology for engineering metallic materials, have being vigirously developed.
IMR has close relationships with institutions, universities and academic associations from
more than 30 countries and regions to carry out scientific exchanges and co-operations.
Since 1984, IMR has been collaborating with RIKEN, starting from automobile steel sheet
forming technology. IMR is looking forward to continuously collaborating with RIKEN
on materials science and engineering, in particular, on computational materials science,advanced energy materials, bio-materials, and resource-saving and environment-friendly
materials.

1115:00 ～ 15:30
Masatoshi Takeichi
Professor, Director of RIKEN Center
for Developmental Biology and
RIKEN Kobe Institute

Professional afﬁliation:

Director, RIKEN Center for Developmental Biology
2-2-3 Minatojima-Minamimachi, Chuo-ku, Kobe 650-0047, Japan

Education background:1966 B.Sc. in Biology, Nagoya University
1973 Ph.D. in Biophysics, Kyoto University

Professional positions:1970-1999

Assistant Professor- Associate Professor- Professor, Department ofBiophysics, Faculty of Science, Kyoto University
1999-2002
Professor, Department of Cell and Developmental Biology, Graduate Schoolof Biostudies, Kyoto University
2002-present Director, RIKEN Center for Developmental Biology and Group Director,
Laboratory for Cell Adhesion and Tissue Patterning

Awards:Tsukahara Award, 1989; Chunichi Cultural Award, 1992; Osaka Science Award, 1993; Asahi
Award, 1994; Academic Prize of the Princess Takamatsuno-miya Cancer Research Foundation, 1995; Uehara Prize, 1996; Japan Academy Prize, 1996; Membership of the Japan Academy, 2000; Ross Harrison Prize (International Society of Developmental Biologists), 2001;
Keio Medical Science Prize, 2001; Foreign honorary member of American Academy of Arts
& Sciences, 2004; Honorary member of the American Association of Anatomists, 2004;
Person of Cultural Merits, 2004; France Palmes Académiques, 2004; Japan Prize, 2005;
Foreign associate of the National Academy of Sciences, 2007; Associate member of EMBO,
2009; Honorary doctorate degree, Ghent University, 2012.

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理研・中国科学院 30 周年記念講演会

Cells into Organs:
Construction,
Destruction and Repair

Animal cells assemble into tissues and organs with precisely ordered structures. We can destroy these structures by treating the tissues with proteolytic enzymes, which results in the
dissociation of cells. These dissociated cells, however, can exhibit surprising behavior. They
can autonomously re-assemble, and regain their original multicellular structures when cultured under the right 3D-conditions. This self-assembling ability of cells is considered toplay a critical role in the formation of organs (1). Supporting this notion, recent studies from
our institute has demonstrated that the entire retina can be generated autonomously fromES cell aggregates in vitro, without passing through the normal embryonic development (2).
The self-organization of tissues is achieved by a series of complex molecular and cellular
events, in which one critical step is cell-cell adhesion. Cadherins, a group of transmembraneproteins, are responsible for the cell-cell adhesion. When cadherin-dependent processes
are disrupted in the animal body, it causes not only serious morphogenetic defects, but alsodiseases, such as cancer and neuronal disorders. Cells can also use their self-assemblingability to repair injured organs. If healthy cells or their “stem cells” are artificially implanted
into the damaged organs, they could autonomously restore the organ. This is the idea of socalled regenerative medicine, and a better understanding of the basic mechanisms of cellular behavior would facilitate its implementation.
(1) Takeichi M. (2011) Self-organization of animal tissues: cadherin-mediated processes.
Dev. Cell 21:24-26.
(2) Eiraku M, Takata N, Ishibashi H, Kawada M, Sakakura E, Okuda S, Sekiguchi K, Adachi T, Sasai Y. (2011) Self-organizing optic-cup morphogenesis in three-dimensional
culture. Nature 472:51-56.

13

15:40 ～ 16:10
Naihe Jing
Ph. D. Professor,
Executive Director of Shanghai
Institute of Biochemistry and Cell,
the Chinese Academy of Sciences

Professional afﬁliation:

Shanghai Institute of Biochemistry and Cell Biology, CAS
320 Yue Yang Road, Shanghai 200031
CHINA
Tel: +86-21-5492-1381
Fax: +86-21-5492-1011
E-mail: njing@sibs.ac.cn

Education background:1982 B.Sc. in Chemistry, Nanjing University, China
1988 Ph.D. in Biochemistry, Shanghai Institute of Biochemistry,
Chinese Academy of Sciences

Professional positions:

2008-present Professor, Executive Director, Institute of
Biochemistry and Cell Biology,
Shanghai Institutes for Biological Sciences,
the Chinese Academy of Sciences, China
2005-2008
Professor, Deputy Director, Institute of
Biochemistry and Cell Biology,
Shanghai Institutes for Biological Sciences,
the Chinese Academy of Sciences, China
2000-2004
Professor, Assistant Director, Institute of
Biochemistry and Cell Biology,
Shanghai Institutes for Biological Sciences,
the Chinese Academy of Sciences, China
1995-2000
Professor, Shanghai Institute of Biochemistry,
the Chinese Academy of Sciences, China
1991-1995
Associate Professor, Shanghai Institute of Biochemistry,
the Chinese Academy of Sciences, China
2000
Visiting Professor, Kumamoto University School of Medicine, Japan
1996-1997
Visiting Scholar, Max Planck Institute of Biophysical Chemistry, Germany
1992-1993
Visiting Scholar, The Institute of Physical and Chemical Research (RIKEN),
Tsukuba, Japan
1989-1991
Postdoctoral Research Fellow, The Institute of Physical and Chemical
Research (RIKEN), Tsukuba, Japan14

理研・中国科学院 30 周年記念講演会

BMP signaling and central
nervous system development

Bone morphogenic proteins (BMPs), a subfamily of cytokines of the transforming growth
factor-β (TGF-β) superfamily, play key roles in regulating a wide range of biological responses during embryonic development and adult tissue homeostasis. Because deregulationof BMP signaling leads to many developmental disorders and diseases, the stringent control of its activity is critical for normal development and tissue maintenance. This stringent
control of BMP activity could be achieved by cross-regulation between BMP and othersignaling pathways, such as FGF, Wnt, retinoic acid (R A), and Notch pathways. We recently
found that BMP down-stream target Id proteins could interact directly with Hes1, the downstream target of Notch pathway, and release the negative feedback auto-regulation of Hes1
gene. This cross-talk between BMP and Notch pathways inhibits precocious neurogenesis
and maintains the neural stem cell pool in early embryos (Dev Cell, 2007, 13, 183-297). We
also showed that R A could regulate BMP signal duration by promoting the degradationof phosphorylated Smad1. And this cross-talk between BMP and R A pathways is involvedin the proper patterning of dorsal neural tube of chicken embryo (PNAS, 2010, 107, 1888618891). Furthermore, we showed that Smad6, a negative regulator of BMP signaling, could
recruit the co-repressor, CtBP, into the β-Catenin/TCF complex to inhibit Wnt/β-Catenin
pathway, and this cross-talk between BMP and Wnt signaling pathways could promote neuronal differentiation in the intermediate zone of the dorsal neural tube of chicken embryo(PNAS, 2011, 108, 12119-12124).

15

16:10 ～ 16:40
Zhaomin Hou
Chief Scientist of Organometallic
Chemistry Laboratory,
Advanced Science Institute, RIKEN

Professional afﬁliation:

Organometallic Chemistry Laboratory,
RIKEN Advanced Science Institute, 2-1 Hirosawa, Wako,
Saitama 351-0198, Japan.
E-mail: houz@riken.jp

Education background:

B. Sc. (1982): China University of Petroleum
M. Sc. (1986): Kyushu University
Ph.D. (1989): Kyushu University

Professional positions:

1989-1991:
Postdoctoral Researcher, RIKEN
1991-1993:
Postdoctoral Researcher, University of Windsor
1993-1997:
Research Scientist, Organometallic Chemistry Laboratory, RIKEN
Senior Scientist, Organometallic Chemistry Laboratory, RIKEN
1997-2002:
2002-present: Chief Scientist and Director of Organometallic Chemistry Laboratory,
RIKEN Advanced Science Institute2010-present: Group Director ( joint appointment), Advanced Synthesis Research Group,
RIKEN Advanced Science InstituteSearch for New Catalysts
for More Efﬁcient,
Selective Chemical Synthesis

The development of new catalysts for more efficient, selective chemical transformations
has been a long-standing research subject in both academia and industry. Nowadays, efforts toward this goal have become ever-increasingly important, as more concerns over theenvironmental impact of chemical productions have emerged. We have been aiming at thedevelopment of new generations of catalysts which are complementary or superior to theexisting ones for efficient synthesis of functional polymer materials and fine chemicals aswell as for the activation and efficient utilization of untapped small molecules. In this talk, I
would like to give an overview on our recent studies in this area with focus on the following
topics: (1) regio- and stereospecific copolymerization of two and more olefin monomers, (2)catalytic carboxylation using carbon dioxide, and (3) activation and hydrogenation of dinitrogen (N2) under mild conditions.

Awards and Honors:

The Award of the Society of Polymer Science, Japan (2012). The Global Experts Recruitment Program of China (2011), Asia Core Program Lectureship Award (2011), The Rare
Earth Society of Japan Award (2009), The Commendation for Science and Technology by
the Minister of Education, Culture, Sports, Science and Technology of Japan: The Prizes
for Science and Technology (2008), The Chang Jiang Scholars of the Ministry of Educationof China (2008), The JSPS Prize (2007), The Chemical Society of Japan Award for Creative
Work (2007), The Mitsui Chemicals Catalysis Science Award (2007), Progress Award in
Synthetic Organic Chemistry, Japan (2000), Rare Earth Society of Japan Award for Young
Scientists (1997), Japan Society of Coordination Chemistry Award for Young Scientists(1996).

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理研・中国科学院 30 周年記念講演会

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16:40 ～ 17:10
Li-Jun Wan
Professor,
Director of Institute of Chemistry,
the Chinese Academy of Sciences

Professional afﬁliation:

Institute of Chemistry, Chinese Academy of Sciences (CAS)Beijing 100190, P. R. China
Tel. & Fax: +86-10-62558934
E-mail: wanlijun@iccas.ac.cn

Education background:

4/1993-3/1996: Ph D, Materials Chemistry, Faculty of Engineering, Tohoku University,Japan
9/1984-7/1987: M.S., Material Science and Engineering, Dalian University of Technology,
P.R. China
3/1978-1/1982: B.E., Mechanical Engineering, Dalian University of Technology, P.R. China

Professional positions:

Present Status:
Member, Chinese Academy of Sciences
Fellow, TWAS, the Academy of Sciences for the Developing World
Fellow, Royal Society of Chemistry
Director, Institute of Chemistry, CAS
Director, CAS Center for Molecular Science
Director, CAS Key Laboratory of Molecular Nanostructure and Nanotechnology
Director, Beijing National Laboratory for Molecular Sciences

Academic Exchange
between ICCAS and RIKEN
during the Past 30 Years

Dr. Li-Jun Wan is a Professor of Chemistry and Director-general at Institute of Chemistry,
Chinese Academy of Sciences (CAS). His research focuses on the physical chemistry of
single molecule and molecular organization on two-dimensional surface, nanomaterials andtheir applications in energy science and environment science.
During the past 30 years ICCAS and RIKEN have collaborated in many research fields dueto their mutual interest and benefit, including surface chemistry, supramolecular chemistry, photochemistry, nanoscience and nanotechnology. Though the exchange of staff members, students and scientific information including delivering lectures and holding joint
symposium, ICCAS and RIKEN have made mutual achievements in the past 30 years. And
many scientists of ICCAS have become the outstanding professors through the academic
exchange with RIKEN.
ICCAS which was founded in 1956, is a multi-disciplinary research institute dedicated tothe basic research in broad fields of chemical sciences, and to the key developments of theinnovative high-technology aiming to the imperative national needs and important strategic
targets, as well as to the collaborative high-technology applications and transfers. ICCAS is
one of the Chinaʼs important chemical research institutions with international reputation.
In the future, we are looking forward to further collaboration in the fields of new method
and technology in green chemistry, photochemistry, chemical biology, molecular imaging
science and functional materials, to promote the development of molecular science frontierof the world.

Members of Editorial Advisory Board:
Acc. Chem. Res., J. Am. Chem. Soc., Chem. Mater., J. Phys. Chem.
Adv. Mater., ChemComm., Chem. Asian J.
Members of Editorial Board:
PCCP (Phys. Chem. Chem. Phys.; Regional Editor), NANO, Scientia Sinica (Chimica),
Acta Physico-Chimica Sinica, Chemical Journal of Chinese University,
Science of Advanced Materials (Asian Associate Editor)

Awards:Chemistry Award of TWAS (Academy of Sciences for the Developing World) (2009)
2nd class Award of National Natural Science of China (2007)
1st class Award of Natural Science of Beijing (2005)
Young Knowledge Innovation Prize of Chinese Chemical Society-BASF (2001-2002)

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理研・中国科学院 30 周年記念講演会

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