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1
Intro
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Life Cycle of Stars & Dust Grains
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Dust is the carrier of metallic elements
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Dust is the building block of Solar System
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Astronomical observation of dust emission
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Dust in protoplanetary disk/comet
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Protoplanetary dust
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Glass with Embedded Metal and Sulfides GEMS
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Induction Thermal Plasma (ITP) system
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Amorphous silicate synthesized in laboratory
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Dust sources in the galaxy
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Dust around evolved stars
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Interior structure of presolar grains
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Dust around O-rich AGB stars
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Size distribution of dust in the ISM
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Dust in the interstellar medium (ISM)
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Dust processing in the interstellar medium
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Grain-grain collision in the interstellar mediun
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Interstellar dust formation
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For further understanding
Description:
Explore the fascinating journey of cosmic dust in this 50-minute plenary talk delivered by Aki Takigawa from the University of Tokyo at the JpGU-AGU 2020 conference. Delve into the life cycle of stars and dust grains, understanding their role as carriers of metallic elements and building blocks of our Solar System. Examine astronomical observations of dust emission in protoplanetary disks and comets, and learn about laboratory synthesis of amorphous silicates. Investigate dust sources in the galaxy, including evolved stars, and study the interior structure of presolar grains. Analyze dust processing in the interstellar medium, including grain-grain collisions and interstellar dust formation. Gain comprehensive insights into the size distribution of dust in the ISM and its significance in shaping our understanding of the universe.

The Life Cycle of Dust in the Galaxy

AGU
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