Modern Cosmology and the Dark Matter Problem

D. W. Sciama

ISBN 10: 0521438489 / ISBN 13: 9780521438483

Published by Cambridge University Press, 1993

About this Item

First Edition, First Printing. Published by Cambridge University Press, 1993. Octavo. Paperback. Book is like new with some tape repair on spine. An excellent copy of this comprehensive science title. 100% positive feedback. 30 day money back guarantee. NEXT DAY SHIPPING! Excellent customer service. Please email with any questions. All books packed carefully and ship with free delivery confirmation/tracking. All books come with free bookmarks. Ships from Sag Harbor, New York.

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Bibliographic Details

• Title: Modern Cosmology and the Dark Matter Problem
• Publisher: Cambridge University Press
• Publication Date: 1993
• Language: English
• ISBN 10: 0521438489
• ISBN 13: 9780521438483
• Binding: Paperback
• Edition: First Edition.
• Condition: Like New

About this title

Synopsis

This book shows how modern cosmology and astronomy have led to the need to introduce dark matter in the universe to account for mass. Some of this dark matter is in the familiar form of protons, electrons and neutrons, but most of it must have a more exotic form. The favored, but not the only, possibility is neutrinos of non-zero rest mass, pair-created in the hot big bang and surviving to the present day. After a review of modern cosmology, this book gives a detailed account of the author's recent theory in which these neutrinos decay into photons that are the main ionizing agents in hydrogen and nitrogen in the interstellar and intergalactic medium. This theory, though speculative, explains a number of rather different puzzling phenomena in astronomy and cosmology in a unified way and predicts values of various important quantities such as the mass of the decaying neutrino and the Hubble constant.

Book Description

The author's theory, though speculative, explains a number of rather different puzzling phenomena, in showing how the need to introduce dark matter in the universe has developed, mostly in the form of neutrinos created in the hot big bang and surviving to the present day.