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Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets Book

Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets
Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets, IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time. It explains how this chemical evolution links together the early Universe of the first stars, through the formation of galaxies and thei, Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets has a rating of 3.5 stars
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Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets, IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time. It explains how this chemical evolution links together the early Universe of the first stars, through the formation of galaxies and thei, Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets
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  • Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets
  • Written by author Katia Cunha
  • Published by Cambridge University Press, March 2010
  • IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time. It explains how this chemical evolution links together the early Universe of the first stars, through the formation of galaxies and thei
  • IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time.
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Preface; Session 1. Primordial nucleosynthesis and the first stars in the Universe; Session 2. First stars in the Galaxy; Session 3. Chemical abundances in the high red-shift Universe; Session 4. Chemical abundance constraints on mass assembly and star formation in local galaxies and the Milky Way; Session 5. Extrasolar planets: the chemical abundance connection; Session 6. Abundance surveys and projects in the era of future large telescopes; Author index.


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Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets, IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time. It explains how this chemical evolution links together the early Universe of the first stars, through the formation of galaxies and thei, Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets

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Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets, IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time. It explains how this chemical evolution links together the early Universe of the first stars, through the formation of galaxies and thei, Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets

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Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets, IAU Symposium 265 presents a unified picture of nucleosynthesis, the production of chemical elements over cosmic time. It explains how this chemical evolution links together the early Universe of the first stars, through the formation of galaxies and thei, Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets

Chemical Abundances in the Universe (IAU S265): Connecting First Stars to Planets

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