Journeys to the Ends of the Universe: A guided tour of the beginnings and endings of planets, stars, galaxies and the universeCRC Press, 1990 M01 1 - 198 pages Journeys to the Ends of the Universe presents a tour through the universe from the big bang onward. The book explores the limits of knowledge where scientific fact overtakes and merges with the wilder speculations of science fiction. The beginnings of galaxies, stars, planets, and even life itself are related back to the raveled turmoil of the first few seconds and years of life in the cosmos. The journey continues past the ultimate fate of the solar system to probe the nature of supernovae. The future of galaxies, clusters of galaxies, super-clusters of clusters of galaxies, and so on leads toward the finale, where the author provides some bizarre musings of physicists and astronomers, suggesting possible destinies for the universe stretching its present age billions of times into the future. |
Contents
An Inflated Idea of Ourselves | 1 |
Strings to Tie a Universe Together | 25 |
Phoenix Rising | 44 |
The Nearest Star | 72 |
A Study in Contrasts | 88 |
Thar She Blows | 107 |
The Hottest Spots in the Universe | 119 |
Cosmic Dustbins | 147 |
To the Hub | 160 |
The Enigma Machines | 172 |
She was the universe | 184 |
191 | |
195 | |
Other editions - View all
Journeys to the Ends of the Universe: A Guided Tour of the Beginnings and ... Christopher R. Kitchin No preview available - 2019 |
Journeys to the Ends of the Universe: A Guided Tour of the Beginnings and ... C R Kitchin No preview available - 2019 |
Common terms and phrases
accretion actually amount appear atoms become black hole bright central centre changes close clouds clusters collapse comes contain continue Conversion core currently density detect directions disc distance Earth effect electrons elements emission energy eventually existence expansion fall field figure final forces formation further galaxies gravitational helium hundred hydrogen idea increase Journey known less light limit lines look massive material matter mean million moving nebula neutrinos normal novae nuclear nuclei object observed occur original outer particles perhaps planets position possible predicted present pressure probably problem produced proton protostar QSOs radiation radio reached reactions region relativity released remain result rise rotation seen similar solar masses solar system space spectrum speed stage stars stellar wind string sufficiently suggested supernova surface temperature theory thousand universe velocity visible wave white dwarf whole