シンポジウム
- The State of the Art Metal Cluster Chemistry: from Synthetic Methodology to New Functionality
- Toward an Integrated Biometal Chemistry: Emerging Approaches to Rigorous Comprehension of Biological Systems
- New Aspects in Two-dimensional Materials -Focusing on Fusion with Coordination Chemistry-
- On-demand Photofunctions in Coordination Chemistry from Mysterious Luminescence to Solar-energy Conversion
- Capture and Activation of Small Molecules in Coordination Chemistry and Bioinorganic Chemistry
- 溶液の目で見る錯体化学 ～溶液中での錯体分子の本質的な役割～
New Aspects in Two-dimensional Materials—Focusing on Fusion with Coordination Chemistry—
開催責任者
坂本良太（東大院理）
Program (N302：Symposium S3)
16:40－16:45
Opening Remarks：Ryota Sakamoto (Univ. of Tokyo)
Chair: Ryota Sakamoto (Univ. of Tokyo)
(S3-01) 16:45－17:10
Graphene oxide and reduced graphene oxide hybrids
(Kumamoto Univ.) Shinya Hayami
(S3-02) 17:10－17:35
Bottom-up growth of highly-oriented molecular nanosheets by employing liquid-phase interfaces
(Osaka Pref. Univ., JST PRESTO) Rie Makiura
(S3-03) 17:35－18:00
Approaches toward the synthesis of two-dimensional polymer using self-assembly of organic molecules at the interface
(Osaka Univ., JST PRESTO) Kazukuni Tahara
Chair: Hayami Shinya (Kumamoto Univ.)
(S3-04) 18:00－18:25
Preparation of nanosheet pn-junction and their photocatalytic properties
(Kyushu Univ., JST PRESTO) Shintaro Ida
(S3-05) 18:25－18:50
Functional "bottom-up" metal complex nanosheets
(Univ. of Tokyo) Ryota Sakamoto
18:50－18:55
Closing Remarks : Ryota Sakamoto (Univ. of Tokyo)
趣旨説明
In this decades, the two-dimensional material “nanosheet” has gained distinctive attention. The most famous nanosheet is grapheme (Science 2004, 306, 666), which is the subject of Nobel prize of physics in 2010. Additional spotlights are shed on metal dichalcogenides (Nature 2014, 514, 470), metal oxides (Nature 2015, 517, 68), and so on. Also, molecule-based nanosheets have just been regarded as promising newcomers (Nature Chem. 2014, 6, 468; Nature Chem. 2014, 6, 779; Nature Chem. 2014, 6, 774). This symposium is devoted to nanosheet science where coordination chemistry plays important roles, inviting young lecturers.
