Influencias astronómicas sobre la evolución geológica y biológica de la tierra (Parte II)

With the same general purposes as Part I of this monograph, we analyze here major events in the history of the Earth, such as the formation of the Earth itself, the origin of life, the great glaciations and the mass extinctions of species, and we also analyze the astronomical context in which they occurred. We argue that the Sun was captured around 500-700 Myr ago by a supercloud, of which the Orion arm and Gould's belt are currently part, and that this event marked the history of the Earth. With this fact, we associate a massive capture of comets by the Sun, the great glaciations of the Cryogenic period, the emergence of complex life in the Cambrian and the recurrent mass extinctions of species.

Publication Details

Journal
ArXiv.org
Published
2025-07-20
Primary Topic
Historical Studies in Science
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article
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article

Influencias astronómicas sobre la evolución geológica y biológica de la tierra (Parte II)

ArXiv.org
Historical Studies in Science
article

Influencias astronómicas sobre la evolución geológica y biológica de la tierra (Parte II)

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Abstract

With the same general purposes as Part I of this monograph, we analyze here major events in the history of the Earth, such as the formation of the Earth itself, the origin of life, the great glaciations and the mass extinctions of species, and we also analyze the astronomical context in which they occurred. We argue that the Sun was captured around 500-700 Myr ago by a supercloud, of which the Orion arm and Gould's belt are currently part, and that this event marked the history of the Earth. With this fact, we associate a massive capture of comets by the Sun, the great glaciations of the Cryogenic period, the emergence of complex life in the Cambrian and the recurrent mass extinctions of species.

ArXiv.org
Openalex Percentile: Top 37%
Historical Studies in Science
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Influencias astronómicas sobre la evolución geológica y biológica de la tierra (Parte II) · ArXiv.org (2025) | TGRS Research Map | TGRS