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| Session outline |
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| Space and Planetary Sciences(P) |
| Session Sub Category |
Complex & General(CG)
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| Session ID |
P-CG30
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| Title |
New Progress toward the Understanding of Small Solar System Bodies
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| Short title |
Small Solar System Bodies
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| Convener |
Name |
Masahiko Arakawa
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| Affiliation |
Graduate School of Science, Kobe University
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| Email |
masahiko.arakawa@penguin.kobe-u.ac.jp
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Co-convener 1.
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Name |
Taishi Nakamoto
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| Affiliation |
Tokyo Institute of Technology
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| Email |
nakamoto@geo.titech.ac.jp
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Co-convener 2.
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Name |
Sei-ichiro WATANABE
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| Affiliation |
Division of Earth and Planetary Sciences, Graduate School of Science, Nagoya University
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| Email |
seicoro@eps.nagoya-u.ac.jp
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Co-convener 3.
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Name |
Masanao Abe
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| Affiliation |
Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency
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| Email |
abe@planeta.sci.isas.jaxa.jp
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Co-convener 4.
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Name |
MASATERU ISHIGURO
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| Affiliation |
Department of Physics and Astronomy, Seoul National University
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| Email |
ishiguro@astro.snu.ac.kr
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| International Symposium |
No request
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| Language |
Japanese
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| Scope |
This session is aimed at setting up a forum to discuss how we can make progresses in our understanding of the solar system evolution with our hands on data. Presentations related to the science of the small bodies in the solar system (satellites, asteroids, comets, interplanetary dust particles, trans-Neptunian objects, and planetesimals) are invited. In addition to the extensive astronomical/remote-sensing observations and theoretical works, Hayabusa has brought us samples back from Itokawa (S-type asteroid) for unprecedentedly detailed analysis. The results of the Hayabusa sample initial analysis do prove that analysis of returned samples will play a key role in our future study of the solar system evolution. While the mission preparation of Hayabusa2, which is targeted at a more primordial asteroid than Itokawa (1999JU3, C-type), will be launched in 2014 winter, expectation of building a new gateway to biology-flavored topics via organic material and aqueous alternation analysis is ramping up. In this session, after summarizing the cutting-edge results obtained by various methods including the Hayabusa sample analysis, we will discuss the future shape of the study of the solar system evolution.
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| Type of presentation |
Oral and Poster presentation
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| Invited papers |
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