FERMI'S PARADOX Cosmology and Life - Softcover

Bodin, Michael

Softcover

ISBN 10: 1490749187 ISBN 13: 9781490749181

Verlag: Trafford, 2014

Über diesen Titel

Reseña del editor:

In a universe as large as this, it would be surprising if earth was the only inhabited planet. Everything we know about cosmology today, suggested that life should be common. Almost certainly some of that would be similar to ourselves, and would also probably be using radio technology in much the way that we do. We should be able to pick up these signals, with the powerful radio telescopes we have today, and the surprising thing is that after 50 years of continuous listening, we have not yet detected a single one. Fermi's paradox relates to this finding, but in it's original form, was posed as a question, as to why, in a universe such as this, we have no knowledge of the extraterrestrial life which should be common. Many answers have been proposed, none of them satisfactory, and this book looks at the changes which have taken place since Fermi's day, both with respect to the origin and evolution of life, and the advancing trends in modern cosmology, to provide current information from which readers can form their own opinion. The author presents a personal view, which is hypothetical and speculative, but consistent with facts nonetheless.

Biografía del autor:

The Author has degrees in physics and medicine, a PhD in neurobiology, and has published books on relativity and cosmology. He is a past Fellow of the British Interplanetary Society, Fellow of the Royal Society of Medicine, and was UK representative on the Space Rescue committee of the International Academy of Astronautics, for which he received a medal carried on the first manned Apollo lunar mission. He later returned to clinical practice, as a GP in London, but is now retired and lives with his daughter in the Isle of Wight.

Über diese Auflage

• Verlag: Trafford
• Erscheinungsdatum: 2014
• ISBN 10: 1490749187
• ISBN 13: 9781490749181
• Einband: Tapa blanda
• Anzahl der Seiten: 328