日本地球惑星科学連合2019年大会

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[U-05] 地球惑星科学の進むべき道9:大型研究計画とマスタープラン2020

2019年5月27日(月) 13:45 〜 15:15 101 (1F)

コンビーナ:田近 英一(東京大学大学院理学系研究科地球惑星科学専攻)、春山 成子(三重大学大学院生物資源学研究科共生環境学専攻)、藤井 良一(情報?システム研究機構)、川幡 穂高(東京大学 大気海洋研究所)、座長:川幡 穂高田近 英一

13:45 〜 14:08

[U05-07] 革新的”質量分析技術”開発で拓く宇宙・地球・生命科学

★招待講演

*寺田 健太郎1 (1.大阪大学院理学研究科宇宙地球科学専攻)

キーワード:質量分析、同位体分析、革新的装置開発

So far, various mass spectrometers, which can determine elemental abundance, isotopic composition and molecular weight of macromolecule have greatly contributed to understanding of the Earth, Space and Life sciences. Above all, high-precision isotopic measurements of natural samples using sensitive mass spectrometers provide us an important clue to decipher the origin and evolution of the Earth and/or Solar system. Whereas, it is also known that many unresolved scientific issues are still remained because of technical restrains of “general-purpose” commercially-available mass spectrometers. Therefore, the “science-oriented” development of mass spectrometer has been highly desired.

Here, Osaka University, Geochemical Society Japan, and Mass Spectrometry Society of Japan collectively propose the ideas of an innovative development of mass spectrometers that are specialized for the “Scientific issues”, which consists of two directions; (1) high-sensitive and high-spacial resolution and/or (2) reduction in size and weight with high-mass resolution. These innovative development conducted by Osaka University would pioneer a new horizon of the Earth and Planetary Science such a decipher of the pre-solar history, on-site real–time geo-cosmo-chemistry so on. These technical innovation of mass spectrometers designed for the cruel Earth and space Science would also promote the other science such as agriculture, material science and life science, so on.