The idea that comets may be connected with the origin of life on Earth was considered heresy a few decades ago, with scientists shying away from this possibility as if from a medieval superstition. However the case that comets may have contributed at least the complex organic building blocks of life has become very strong, and mechanisms have now been identified whereby comets may incubate and transfer microbial life from one cosmic habitat to another in the Galaxy. The latter process cometary panspermia was pioneered by the late Sir Fred Hoyle and one of the present authors in the early 1980's. A theory that was once controversial is slowly gaining scientific respectability and support.The recent surge of interest in astrobiology has led to a spate of books in astrobiology - combining astronomy and biology - but in most of these, cometary panspermia is dealt with only cursorily. The present book sets out the case for cometary panspermia in a cogent way, combining evidence from space science, celestial mechanics, geology and microbiology. It should be an essential part of any university course on astrobiology, and also serve as a reference textbook for researchers in the field.
Sprache
Verlagsort
Zielgruppe
Für höhere Schule und Studium
Für Beruf und Forschung
General scientific audience, astronomers, undergraduates in astrobiology.
Maße
Höhe: 235 mm
Breite: 157 mm
Dicke: 17 mm
Gewicht
ISBN-13
978-981-256-635-5 (9789812566355)
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Schweitzer Klassifikation
Early History of Panspermia; Pivotal Role of Svante Arrhenius; Space Survival Properties of Bacteria; Relevance of Interstellar Organic Molecules; Clues from Interstellar Dust; Formation of Comets in the Early Solar System; Clues from Studies of Comets; Comets - Incubators and Transporters; Microfossils in Meteorites?; Case of ALH84001; Interplanetary Panspermia; Probability of Life's Origins; The Growing Case for Cometary Panspermia.