KEIO RESEARCHERS INFORMATION SYSTEM

Career 【 Display / hide 】

Career 【 Display / hide 】

• 1989.04

  -

  1994.03

  大学助手(理工学部化学科)

• 1994.04

  -

  1997.03

  大学専任講師(理工学部化学科)

• 1997.04

  -

  2001.03

  大学助教授(理工学部化学科)

• 2001.04

  -

  Present

  大学教授(理工学部化学科)

• 2001.04

  -

  Present

  大学院理工学研究科委員

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Academic Background 【 Display / hide 】

Academic Background 【 Display / hide 】

• 1980.04

  -

  1984.03

  The University of Tokyo, Faculty of Science, Department of Chemistry

  University, Graduated

• 1984.04

  -

  1986.03

  The University of Tokyo, Graduate School, Division of Natural Science, Department of Chemistry

  Graduate School, Completed, Master's course

• 1986.04

  -

  1989.03

  The University of Tokyo, Graduate School, Division of Natural Science, Department of Chemistry

  Graduate School, Completed, Doctoral course

Academic Degrees 【 Display / hide 】

Academic Degrees 【 Display / hide 】

• 理学士, The University of Tokyo, Coursework, 1984.03

• 理学修士, The University of Tokyo, Coursework, 1986.03

• Dr. Sc., The University of Tokyo, Coursework, 1989.03

Matters concerning Career Achievements 【 Display / hide 】

Matters concerning Career Achievements 【 Display / hide 】

• 2001.10

  -

  2007.09

  大学学生総合センター委員(矢上支部)

• 2006.04

  -

  2008.03

  大学院理工学研究科専修主任(機能デザイン科学)

• 2008.04

  -

  2009.09

  大学理工学部企画室会議委員

• 2009.04

  -

  2011.03

  大学理工学部学習指導副主任(化学科)

• 2010.04

  -

  2013.09

  大学理工学部企画室会議委員

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Research Areas 【 Display / hide 】

Research Areas 【 Display / hide 】

• Nanotechnology/Materials / Fundamental physical chemistry (Nanocluster)

• Nanotechnology/Materials / Nanometer-scale chemistry (Superatom)

• Nanotechnology/Materials / Functional solid state chemistry (Functionalized Surface Chemistry)

Research Keywords 【 Display / hide 】

Research Keywords 【 Display / hide 】

• Nanocluster Science

• Nanoscale Functionalized Surface Science

• Heterogeneous Precise Catalyst Science

Research Themes 【 Display / hide 】

Research Themes 【 Display / hide 】

• Nanocluster Assembled Material Science, 

  2009.10

  -

  2015.03

• 科学技術振興機構　戦略創造プログラム(CREST) 研究課題「次世代光磁気材料を指向したナノデザイン制御」, 

  2002.10

  -

  2007.03

  　View Summary

  本研究では、多元的な化学組成の制御を通じて電子構造をデザインした複合ナノクラスターを創成し、このクラスターを機能単位とする二次元系ナノクラスター物質を、ナノメートルオーダーで周期的にデザイン制御した固体表面上への選択的なソフトランディングによって構築します。ナノデザイン制御されたクラスター物質での電

Proposed Theme of Joint Research 【 Display / hide 】

Proposed Theme of Joint Research 【 Display / hide 】

• 精密ナノクラスター触媒

  Interested in joint research with industry (including private organizations, etc.),  Desired form： Technical Consultation, Funded Research, Cooperative Research

  　View Summary

  金属や合金などの複合ナノクラスターを機能単位とする精密触媒作用を、実用材料に向けた応用展開を志向しております。

Books 【 Display / hide 】

Books 【 Display / hide 】

• 最新 実用真空技術総覧

  中嶋 敦, エヌ・ティー・エス: ㈱産業技術サービスセンター, 2019.02,  Page： 1096

  Scope: クラスタービーム生成,  Contact page： 767-770

  　View Summary

  化学結合の違いに基づいたクラスターの種類とその生成法について概説した。

• 日本化学会編「現代界面コロイド科学の事典」

  Atsushi Nakajima, 丸善, 2010.05,  Page： 292

  Scope: 10.4節「金属ナノクラスター」,  Contact page： 240-241

  　View Summary

  学際科学としてのコロイド界面科学の１つとして金属ナノクラスターの特徴を解説した。

• Latest Advances in Atomic Cluster Collisions: Structure and Dynamics from the Nuclear to the Biological Scale

  Masaaki Mitsui, Shingo Doi, Kaori Ikemoto, Shuhei Nagaoka, Atsushi Nakajima, Imperial College Press, 2008.09,  Page： 442

  Scope: Infrared spectroscopy and thermal desorption study of vanadium–mesitylene 1:2 sandwich clusters soft-landed onto a long-chain N-alkanethiolate self-assembled monolayer

  　View Summary

  Gas-phase synthesized vanadium-mesitylene 1:2 V(mes)2 cluster cations were size-selectively deposited onto a long-chain alkanethiolate selfassembled monolayer-coated gold substrate under ultrahigh vacuum conditions. Examination of the resultant clusters was conducted by infrared reflection absorption spectroscopy (IRAS) and temperature programmed desorption (TPD), showing the clusters molecularly adsorbed and maintaining a sandwich structure on the substrate.

  • Access to Document (DOI)

• 岩波講座 現代化学への入門〈1〉「化学の考え方」

  Koji Kaya, Atsushi Nakajima, 岩波書店, 2008.01,  Page： 179

  Scope: 全範囲,  Contact page： 1-179

  　View Summary

  高校から大学への化学の橋渡しを念頭に、初等量子力学を交えて社会で使われる化学での基本的な考え方を解説した。

• ライフコンジュゲートケミストリー - 暮らしと未来を支える化学 -

  Atsushi Nakajima, 三共出版, 2006.11,  Page： 320

  Scope: ナノクラスター科学

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Papers 【 Display / hide 】

Papers 【 Display / hide 】

• Transition Metals in Silicon Cages: Shrinking to M@Si₁₅ (M = Re, Os, Ir)

  T. Ichikawa, K. Terasaka, A. Sasaki, A. Nakajima

  Journal of Physical Chemistry Letters (American Chemical Society)  15 ( 46 ) 11678 - 11686 2024.11

  Research paper (scientific journal), Joint Work, Last author, Corresponding author, Accepted

  　View Summary

  The design of materials with intriguing electronic properties is crucial for advancing nanoscale technologies, where precise control over atomic structure and electronic behavior is essential. Metal-encapsulating silicon cage superatoms (SAs) provide a new paradigm for molecular-scale material design, allowing fine-tuning of both structure and electronic characteristics. The formation of superatoms mimicking halogens, noble gases, and alkali metals has been well-studied, particularly with M@Si16, where early transition metals from groups 3 to 5 stabilize within a Si16 cage, achieving a 68-electron configuration. For late transition metals with excess electrons, a Si15 cage offers enhanced stability by fulfilling the 68-electron rule with one fewer Si atom. This research synthesizes Si15 cage-SAs with rhenium (Re) from group 7 and iridium (Ir) from group 9 on p-type and n-type organic substrates. The stability of Re@Si15 and Ir@Si15 is evaluated via oxidative reactivity with X-ray photoelectron spectroscopy and theoretical calculations, including osmium (Os) from group 8. Re@Si15-, Os@Si150, and Ir@Si15+ exhibit superatomic behaviors similar to halogens, noble gases, and alkali metals due to the 68-electron shell closure. Among them, Re@Si15- on p-type organic substrates shows superior electronic and geometric properties. These findings advance our understanding of M@Sin systems for transition metals, addressing longstanding questions about their properties at n = 15 and 16.

  • Access to Document (DOI)

• Photoemission spectroscopy and microscopy for Ta@Si₁₆ superatoms and their assembled layers

  M. Shibuta, T. Ohta, T. Kamoshida, K. Yamagiwa, H. Tsunoyama, T. Inoue, T. Masubuchi, A. Nakajima

  Nanoscale (Royal Chemical Society)  16 ( 47 ) 21837 - 21846 2024.10

  Research paper (scientific journal), Joint Work, Last author, Corresponding author, Accepted,  ISSN  20403364

  　View Summary

  Superatoms (SAs) with specific compositions have the potential to significantly advance the field of nanomaterials science, leading to next-generation nanoscale functionalities. In this study, we fabricated assembled layers with tantalum metal-atom encapsulating silicon cage (Ta@Si16) SAs on an organic C60 substrate through deposition, and we characterized their electronic and optical properties by photoelectron spectroscopy and microscopy. The alkaline nature of Ta@Si16 SAs reveals their electronic behaviors, such as charge transfer and electromagnetic near-field sensing, through two-photon photoemission (2PPE) spectroscopy and microscopy with a femtosecond laser. The evolution of the work function for Ta@Si16 SAs on C60, observed by 2PPE spectroscopy, demonstrates charge transfer complexation between the topmost C60 layer and the first Ta@Si16 layer, consistent with the electron-donating alkaline characteristics of Ta@Si16 SAs. Specifically, a small amount of Ta@Si16 SA deposition leads to a dramatic increase in 2PPE intensity, attributable to electromagnetic near-field enhancements, suggesting applications as sensitizers for nonlinear imaging in photoemission microscopy. For the assembled Ta@Si16 SA layers, a plasmonic response of hνp = 17.9 eV is spectroscopically identified, including their valence and conduction band structures, and the plasmonic energetics are discussed in the context of metal doping in bulk silicon.

  • Access to Document (DOI)

• Geometric and Electronic Properties of P Atom-Doped Al Nanoclusters: Alkaline-like Superatom of P@Al₁₂

  M. Akutsu, K. Koyasu, K. Miyajima, M. Mitsui, T. Inoue, A. Nakajima

  Journal of Physical Chemistry A (American Chemical Society (ACS))  128 ( 32 ) 6648 - 6657 2024.08

  Research paper (scientific journal), Joint Work, Last author, Corresponding author, Accepted,  ISSN  10895639

  　View Summary

  The geometric and electronic characteristics of phosphorus-atom doped aluminum nanoclusters, AlnPm (n = 7-17, m = 1 and 2), were investigated through a combination of experiments and theoretical calculations. The size dependences of the ionization energy (Ei) for AlnPm NCs exhibit a local minimum of 5.37 eV at Al12P1, attributed to an endohedral P@Al12 superatom (SA). This SA originates from an excess electron toward the 2P shell closing (40e), coexisting with an exohedral isomer featuring a vertex P atom. The stability of the endohedral P@Al12 is further enhanced in its cationic state compared to the exohedral isomer, when complexed with a fluorine (F) atom, forming an SA salt denoted as P@Al12+F- with an elevated Ei ranging from 6.42 to 7.90 eV. In contrast, for the anionic Al12P1-, the exohedral form is found to be more stable than the endohedral one using anion photoelectron spectroscopy and calculations. The geometric and electronic robustness of neutral P@Al12 SAs against electron donation and acceptance is discussed in comparison to rare-gas-like Si@Al12 SAs.

  • Access to Document (DOI)

• Localized surface plasmon resonances of size-selected large silver nanoclusters (n = 70-100) soft-landed on a C₆₀ organic substrate

  T. Inoue, K. Mizoguchi, M. Tokita, M. Shibuta, M. Nakaya, T. Eguchi, A. Nakajima

  Physical Chemistry Chemical Physics (Royal Society of Chemistry (RSC))  26 ( 23 ) 16597 - 16602 2024.05

  Research paper (scientific journal), Last author, Corresponding author, Accepted,  ISSN  14639076

  　View Summary

  2PPE spectroscopy for plasmonic response reveals the deformation to flattened geometries of Ag_n nanoclusters on C₆₀ above n = 55.

  • Access to Document (DOI)

• Imaging of Ultrafast Photoexcited Electron Dynamics in Pentacene Nanocrystals on Graphite Substrat

  M. Shibuta, A. Nakajima

  Nanoscale (Royal Chemical Society)  16 ( 26 ) 12397 - 12405 2024.05

  Research paper (scientific journal), Last author, Corresponding author, Accepted,  ISSN  20403364

  　View Summary

  Understanding molecular film growth on substrates and the ultrafast electron dynamics at their interface is crucial for advancing next-generation organic electronics. We have focused on studying the ultrafast photoexcited electron dynamics in nanoscale organic crystals of an aromatic molecule, pentacene, on a two-dimensional material of graphite substrate. Through the use of time-resolved two-photon photoelectron emission microscopy (2P-PEEM), we have visualized the ultrafast lateral evolution of photoexcited electrons. By resonantly tuning the incident photon to excite pentacene molecules, polarization-dependent 2P-PEEM has revealed that pentacene nanocrystals (sub- to several μm) on the substrate exhibit a preferential orientation, in which a molecular π-orbital contacts the substrate in a “lying flat” orientation, facilitating electron transfer to the substrate. The time-resolved 2P-PEEM captures the motion of excited electrons in a femto- to pico-second timescale, clearly imaging the ultrafast charge transfer and lateral expansion two-dimensionally on the graphite substrate. Moreover, we found that the lying-flat molecular orientation of pentacene nanocrystals is transformable into a “standing-up” one through gentle heating up to 50 °C. These experimental insights using time-resolved 2P-PEEM will be highly valuable in enhancing the photofunctionalities of organic electronic devices by controlled molecular deposition.

  • Access to Document (DOI)

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Papers, etc., Registered in KOARA 【 Display / hide 】

Papers, etc., Registered in KOARA 【 Display / hide 】

• Fabrication and activity evaluation of electrode catalysts with intermetallic compound nanoclusters uniformly supported on organic molecular substrates

  Nakajima, Atsushi

  科学研究費補助金研究成果報告書 2022

• Functional physical and chemical properties for precisely layered interfaces by superatomic periodicity

  Nakajima, Atsushi

  科学研究費補助金研究成果報告書 2021

• Fabrication of electronic functional thin layers with metal-atom encapsulating silicon nanocluster superatom

  Nakajima, Atsushi

  学事振興資金研究成果実績報告書 (慶應義塾大学)  2021

• Creation of composite thin film composed of caged nanocluster and elucidation of its thermoelectric properties

  Nakajima, Atsushi

  科学研究費補助金研究成果報告書 2019

• Study on advanced interface formation with functional nanocluster monolayers and their electronic properties

  Nakajima, Atsushi

  科学研究費補助金研究成果報告書 2018

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Reviews, Commentaries, etc. 【 Display / hide 】

Reviews, Commentaries, etc. 【 Display / hide 】

• Electronic properties of transition metal-benzene sandwich clusters

  T. Masubuchi, A. Nakajima

  Theoretical Chemistry for Advanced Nanomaterials - Functional Analysis by Computation and Experiment (Springer Nature)     313 - 349 2020.02

  Article, review, commentary, editorial, etc. (other), Joint Work, Last author, Corresponding author

  • Access to Document (DOI)

• Superatomic nanoclusters comprising silicon or aluminum cages

  A. Nakajima

  Physical Chemistry of Cold Gas Phase Functional Molecules and Clusters (Springer Nature)     195 - 222 2019.08

  Article, review, commentary, editorial, etc. (other), Single Work, Lead author, Corresponding author

  • Access to Document (DOI)

• Experimental method: Generation of cold gas-phase molecules, molecular ions, their clusters, metal clusters, and laser spectroscopy

  T. Ebata, Y. Inokuchi, A. Nakajima

  Physical Chemistry of Cold Gas Phase Functional Molecules and Clusters (Springer Nature)     3 - 32 2019.08

  Article, review, commentary, editorial, etc. (other), Joint Work, Last author

  • Access to Document (DOI)

• Formation of Superatom Monolayer Using Nanocluster Ion Source Based on High-Power Impulse Magnetron Sputtering

  A. Nakajima

  Encyclopedia of Interfacial Chemistry: Surface Science and Electrochemistry (Elsevier)  3   442 - 451 2018.05

  Article, review, commentary, editorial, etc. (other), Single Work, Lead author, Last author

  • Access to Document (DOI)

• 金属原子内包ケイ素ケージ化合物

  中嶋　敦

  ケイ素化学協会誌 (ケイ素化学協会)  35   5 - 10 2018

  Article, review, commentary, editorial, etc. (scientific journal), Single Work, Lead author, Last author, Corresponding author

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Presentations 【 Display / hide 】

Presentations 【 Display / hide 】

• Superatom Periodicity of Metal-Atom Encapsulated Silicon Cage Nanoclusters on Organic Substrates (Invited)

  Atsushi Nakajima

  CSI 2024 – Cluster–Surface Interactions for Energy Applications (Bernried) , 

  2024.04

  , 

  Oral presentation (invited, special)

• Power Generation Performance of Fuel Cell Catalysts Using Platinum Nanoclusters (Invited)

  Atsushi Nakajima

  3rd Nucleation & Growth Research Conference (Kyoto) , 

  2023.11

  , 

  Oral presentation (invited, special)

• Molecularly Controlled Support Effect on Catalytic Activity of Metal Subnanoclusters (Invited)

  Atsushi Nakajima

  Cluster Meeting 2023 (Prague) , 

  2023.06

  , 

  Oral presentation (invited, special)

• Oxidation Reactivities of Two Ta@Si16 and B@Al12 Superatoms on an Organic Substrate (Invited)

  Atsushi Nakajima

  Symposium on Size Selected Clusters (S3C) (Davos) , 

  2023.02

  -

  2023.03

  , 

  Oral presentation (invited, special)

• Nucleation and Growth of Small Atomic Aggregates into Superatom Nanoclusters (Invited)

  Atsushi Nakajima

  The 241st Spring Electrochemical Society Meeting (Vancouver) , 

  2022.05

  -

  2022.06

  , 

  Oral presentation (invited, special)

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Research Projects of Competitive Funds, etc. 【 Display / hide 】

Research Projects of Competitive Funds, etc. 【 Display / hide 】

• Designer Nanocluster Assembly Project

  2009.10

  -

  2015.03

  JST, Exploratory Research for Advanced Technology (ERATO), JST ERATO, Joint research, Principal investigator

  　View Summary

  ナノクラスターとは、数個から数百個の原子・分子が集合した、数ナノメーターサイズの大きさの超微粒子のことです。
  原子・分子より大きく、バルクよりも小さいナノクラスターは、そのどちらとも異なる特異的な性質や機能を有することから、触媒、電子デバイス、磁気デバイスなどへの応用が期待されています。本プロジェクトでは、金属内包シリコンケージ体および有機金属サンドイッチクラスターをモデル材料として次の研究を行っています。

• 次世代光磁気材料を指向したナノデザイン制御 (JST CREST)

  2002.10

  -

  2007.09

  JST, CREST, Nakajima Atsushi, JST CREST, Research grant, Principal investigator

• Development of Sub-nanosized Aggregates Having Novel Optical Properties

  1997.07

  -

  2003.03

  JSPS, “Research for the Future (RFTF)” of the Japan Society for the Promotion of Science, Nakajima Atsushi, 未来開拓学術研究推進事業, Research grant, Principal investigator

  　View Summary

  We have successfully established several new methodologies to generate sub-nanosized aggregates having novel optical properties, and revealed fundamental properties of their electronic and geometrical structures as well as molecular aggregates bridging between gas and liquid/solid phases. New areas of “gas-phase organometallic chemistry” have been developed to create and to design new optoelectronic materials with our proposed soft-landing method.

• Designer Nanocluster Assembly Project

  2015.04

  -

  2016.03

  JST, JST－ERATO　特別重点期間, Nakajima Atsushi, JST ERATO, Research grant, Principal investigator

• Functional physical and chemical properties for precisely layered interfaces by superatomic periodicity

  2019.04

  -

  2022.03

  MEXT, JSPS, Grant-in-Aid for Scientific Research, Nakajima Atsushi, Grant-in-Aid for Scientific Research (A) , Research grant, Principal investigator

  　View Summary

  In this study, functional physical and chemical properties for precisely layered interfaces were explored by superatomic periodicity using a spherical superatom of a metal-atom encapsulating silicon cage nanocluster, M@Si16, in which accurate number of atomic aggregates is sharply layered beyond the limit of the conventional atomic/molecular vapor deposition method. With a magnetron sputtering nanocluster source, M@Si16 superatoms, containing group 3 to 9 metal atoms M, are monodispersively immobilized on an organic substrate such as C60, and the electronic properties were measured by X-ray photoelectron spectroscopy and ultraviolet photoelectron spectroscopy. The physical and chemical stabilities were systematically investigated in terms of the charge state and the chemical reactivity against oxygen exposures, revealing the periodicity of the M@Si16 superatom.

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Intellectual Property Rights, etc. 【 Display / hide 】

Intellectual Property Rights, etc. 【 Display / hide 】

• ナノクラスター生成装置

  Date applied： 2013－112995  2013.05 

  Patent, Joint

• ナノクラスター分散液、ナノクラスター膜、ナノクラスター分散体の製造方法およびナノクラスター分散液の製造装置

  Date applied： 2015－160680  2015.08 

  Date issued： 6910029 

  Date registered： 2021.07

  Patent, Joint

• マイクロミキサー、マイクロミキサーエレメント及びその製造方法

  Date applied： 2011-268280  2011.12 

  Date issued： 5864236 

  Date registered： 2016.01

  Patent, Joint

• マイクロミキサー、マイクロミキサーエレメント及びその製造方法

  Date applied： 2012-098962  2012.04 

  Date issued： 6006969 

  Date registered： 2016.09

  Patent, Joint

• 担持体、及び担持体の製造方法

  Date applied： 特願2019－224979  2019.12 

  Date issued： 7377693 

  Date registered： 2023.11

  Patent

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Awards 【 Display / hide 】

Awards 【 Display / hide 】

• The Chemical Society of Japan Award

  2025.03, The Chemical Society of Japan, Functionalized Surface Chemistry through Precision-Controlled Nanocluster Immobilization

  Type of Award： International academic award (Japan or overseas)

• 令和5年度　文部科学大臣表彰　科学技術賞　研究部門

  2023.04, 文部科学省, 複合ナノクラスター精密担持法によるナノ機能表面化学の研究

  Type of Award： Other

• Humboldt Research Award

  2020.05, Alexander von Humboldt Foundation

  Type of Award： International academic award (Japan or overseas),  Country： Germany

• 分子科学会賞

  2018.08, 分子科学会, 複合ナノクラスター科学の開拓－気相化学からナノ機能表面化学へ

  Type of Award： Award from Japanese society, conference, symposium, etc.

• 田中貴金属研究財団 シルバー賞

  2017.03

  Type of Award： Award from publisher, newspaper, foundation, etc.

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Courses Taught 【 Display / hide 】

Courses Taught 【 Display / hide 】

• STATISTICAL THERMODYNAMICS (BASIC PHYSICAL CHEMISTRY 1)

  2025, Spring Semester, Undergraduate (specialized), Lecture, Within own ｆaculty, 40people

• STATISTICAL CHEMICAL THERMODYNAMICS EXERCISE

  2025, Spring Semester, Undergraduate (specialized), Seminar, Outside own faculty (within Keio), 35people

• SEMINAR IN CHEMISTRY

  2025, Undergraduate (specialized), Laboratory work/practical work/exercise, Within own ｆaculty, 5people

• QUANTUM STATISTICAL CHEMISTRY (PHYSICAL CHEMISTRY 2)

  2025, Autumn Semester, Undergraduate (specialized), Lecture, Within own ｆaculty, 30people

• PHYSICAL CHEMISTRY EXERCISE 2

  2025, Autumn Semester, Undergraduate (specialized), Seminar, Outside own faculty (within Keio), 30people

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Social Activities 【 Display / hide 】

Social Activities 【 Display / hide 】

• 文部科学省「ナノテクノロジーを活用した環境技術の開発に関する検討会」委員

  文部科学省

  2008.04

  -

  2008.07

• 高校への大学出張授業「広がるクラスター化学のインパクト－魔法数クラスターと超原子」

  神奈川県立光陵高等学校

  2006.12

Media Coverage 【 Display / hide 】

Media Coverage 【 Display / hide 】

• 金属内包シリコンケージ超原子の大量合成に成功－太陽電池や電子デバイスへの応用に期待-

  日本経済新聞電子版, 2017.09

• 金属含むかご状シリコン分子　基盤に薄膜形成

  日経産業新聞, 2014.10

• 有機薄膜を高精度観測　電子の寿命100ピコ確認

  日刊工業新聞, 2012.10

  　View Summary

  自己組織化有機単分子薄膜上で光励起後の鏡像準位の電子のダイナミクスを高精度に分光学的に観測したところ、励起電子の寿命が従来の清浄表面に比べて2桁以上長い、100ピコ秒であることを見出した。

• アルカリ土類金属原子に類似し、強い酸化耐性を持つ超原子の合成に成功－新規ナノ構造体による化学変換やセンサーなどの機能基板の開発－

  慶應義塾大学プレスリリース, 2024.03

• アルミニウム超原子へのホウ素ドープ効果の解明に成功

  慶應義塾大学プレスリリース, 2023.10

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Academic Activities 【 Display / hide 】

Academic Activities 【 Display / hide 】

• The 76th Fujihara Seminar “The International Workshop on Designer Nanocluster Materials"

  Atsushi Nakajima (Conference Chair),  (Grand Hotel New Oji, Tomakomai, Hokkaido) , 

  2019.09

  -

  2019.10

• 17th International Symposium on Small Particles and Inorganic Clusters (ISSPIC-17) Chair

  Atsushi Nakajima (Organzation Chair),  (Fukuoka, Japan) , 

  2012

  -

  2014.09

• Symposium on Size Selected Clusters (S3C) Committee Member

  2005

  -

  Present

• 第16回分子科学討論会　実行委員長

  Atsushi Nakajima (Conference Chair),  (慶應義塾大学、横浜) , 

  2022.09

• 第13回 表面・界面スペクトロスコピー 2019　実行委員長

  Atsushi Nakajima (Conference Chair),  (立川、東京) , 

  2019.12

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Memberships in Academic Societies 【 Display / hide 】

Memberships in Academic Societies 【 Display / hide 】

• 日本物理学会, 

  1984.03

  -

  Present

• 日本化学会, 

  1983.10

  -

  Present

• 日本表面真空学会, 

  2003.07

  -

  Present

• 分子科学会, 

  2004.09

  -

  Present

• ナノ学会, 

  2004.05

  -

  2020.03

Committee Experiences 【 Display / hide 】

Committee Experiences 【 Display / hide 】

• 2020.06

  -

  2022.05

  理事, 日本化学会

• 2008.09

  -

  2010.08

  会長, 分子科学会

• 2006.08

  -

  Present

  連携会員, 日本学術会議

• 2006.04

  -

  2010.03

  ディビジョン副査, 日本化学会

• 2004.09

  -

  2006.08

  Committee Chair, 分子科学研究会

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