Online (Zoom)
- Opening Remark
- 16:00-16:15 Prof. Satoshi Murata
- Evening Session
- 16:15-16:45 Prof. Taro Toyota
- 16:45-17:15 [KEYNOTE] Prof. P. A. Korevaar
- 17:15-17:45 [KEYNOTE] Prof. Barbara Saccà
- 17:45-18:15 [KEYNOTE] Prof. Pier Luigi Gentili
- Night Session
- 19:15-19:45 Prof. Takashi Nakakuki
- 19:45-20:15 [KEYNOTE] Prof. Subhabrata Maiti
- 20:15-20:30 Prof. Yutaka Hori
- 20:30-20:45 Prof. Hikari Okita
- 20:45-21:00 Prof. Koki Kamiya
June 10 (Tue.)
- Morning Session I
- 9:00-9:15 Prof. Daisuke Inoue
- 9:15-9:45 [KEYNOTE] Prof. Rizal F. Hariadi
- 9:45-10:15 Prof. Akinori Kuzuya
- 10:15-10:30 Prof. Yoshiyuki Kageyama
- 10:30-10:45 Prof. Hirohisa Ohno
- 10:45-11:00 Prof. Hiroki Miyazako
- 11:00-11:30 [KEYNOTE] Prof. Masahiro Takinoue
- Closing Remark
- 11:30-11:35 Prof. Shin-ichiro M. Nomura
June 11 (Wed.)
Date and Time are all based on JST (Japan Standard Time). Please check your local timezone.
Registration
Registration
Invited Speakers (Keynotes and Cutting-Edge Talks)
About Molecular Cybernetics Project
Project Scope
Tohoku University (Japan)
C. Elegance has a brain consisting of 302 cells, which controls all the behaviors of the organism. The neurons in its brain are classified into three levels, and they are connected by about 6000 synapses. On what principle do these “wet” information processing systems operate? At least, such systems must be constructed by the power of chemistry. A new methodology of “how to assemble individual molecules and molecular devices into complex functional systems” is attracting attention as “molecular systems engineering”.
In MEXT Grant-in-Aid for Transformational Research Areas “Molecular Cybernetics” (FY 2020-2024), we investigated principles of molecular systems engineering. Specifically, designed molecules that function as sensors, processors, and actuators were assembled in a micrometer-sized compartment (artificial cell) such as liposomes. The resulting artificial cells can then be further combined with each other to construct higher-order functional systems. In this symposium, we will discuss the design principles and practice of such artificial cells and other issues related to the construction of chemical artificial intelligence (Chemical AI).
Symposium Committee
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Shin-ichiro M. Nomura (Tohoku U.)
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Taro Toyota (U. Tokyo)
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Shogo Hamada (Science Tokyo)