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Astrochemistry during the formation of stars
Authored by Jes K. Jurgensen, Arnaud Belloche and Robin T. Garrod, this PDF delves into the role that astrochemistry plays in the process of star formation. Recent advances and challenges in the field are addressed, with a focus on chemical inventories in star-forming regions. Chemical differentiation and the evolution of the protostar under physical conditions are addressed by the authors, who underscore fractionation as one of the processes. The communication of physical and chemical aspects of star formation is made by the document as it exposes the reader to such complicated interactions which finally end in the emergence of stars and development of chemical complexity in space.
Author(s): Jes K. Jurgensen, Arnaud Belloche, and Robin T. Garrod
55 Pages 
Astrochemistry during the formation of stars
Authored by Jes K. Jurgensen, Arnaud Belloche and Robin T. Garrod, this PDF delves into the role that astrochemistry plays in the process of star formation. Recent advances and challenges in the field are addressed, with a focus on chemical inventories in star-forming regions. Chemical differentiation and the evolution of the protostar under physical conditions are addressed by the authors, who underscore fractionation as one of the processes. The communication of physical and chemical aspects of star formation is made by the document as it exposes the reader to such complicated interactions which finally end in the emergence of stars and development of chemical complexity in space.
Author(s): Jes K. Jurgensen, Arnaud Belloche, and Robin T. Garrod
55 Pages
Astrochemistry The Cradle of Life
Professor Nigel Mason discusses in his paper the chemical origins of life, covering the synthesis of nucleobases and DNA. Included in this also are the historical experiments, such as Urey-Miller, and examines the chemistry of prebiotic types in conditions similar to those prevailing on early Earth. This note covers important results with regard to the question of life on Mars: investigations about meteorites from Mars and ozone formation and depletion. It is an interesting overview of astrochemical processes that could well have led to the origin of life on Earth and elsewhere in the universe, founded on a blend of experimental data and theoretical insights.
Author(s): Professor Nigel Mason
99 Pages