Product Description

Drawing on the current cross-pollination of geology, biology, and astrophysics, Origins makes "the astonishing astronomical discoveries of recent years come alive" (Michael D. Lemonick) Origin's explores cosmic science's stunning new insights into the formation and evolution of our universe— of the cosmos, of galaxies and galaxy clusters, of stars within galaxies, of orbiting planets, and of different forms of life. "Distill[s] complex science in clear and lively prose." —Scientific American Book Club..."The most informative, congenial and accessible general look at cosmology to come along since Carl Sagan's Cosmos 27 years ago," says Publishers Weekly. "The tone is informational, aimed at high clarity, and laced with giddy humor . . . general readers of every stripe will benefit from the authors' sophisticated, deeply knowledgeable presentation. If the casual book buyer purchases one science book this year, this should be the one." "Introduces the vibrant general-interest literature about individual post-Sagan advances in astronomy and cosmology."—Gilbert Taylor, Booklist... Drawing on the current crosspollination of geology, biology, and astrophysics, Origins makes "the astonishing astronomical discoveries of recent years come alive" (Michael D. Lemonick). 32 pages of color illustrations..

Product Details

• Amazon Sales Rank: #199780 in Books
• Published on: 2005-10-24
• Original language: English
• Number of items: 1
• Binding: Paperback
• 352 pages

Amazon.com Review
In this companion volume to the two-part NOVA television special by the same title, astrophysicist Neil deGrasse Tyson and astronomy writer Donald Goldsmith attempt to cram 14 billion years of history into 300 pages. The result of this audacious exercise is a surprising and engrossing book, one that far surpasses the droning tone of so many astronomy texts. Starting (of course) with the Big Bang and ending with the search for extraterrestrial life, the authors synthesize the results of several scientific fields to present a sort of cosmological consilience. They also emphasize the scientific method and its inherent skepticism as the only way to understand such mysteries as dark matter, stellar formation, and the origin of life on Earth. Although several books are published each year that provide overviews of various branches of science, what's different about this one is the accessible tone of the writing. The authors use mild humor throughout to keep readers going in difficult sections; for instance, when assessing the question of why we live during the rare time when the amounts of dark and not-dark energy are roughly equal in the universe, they relate that cosmologist Michael Turner calls the situation the "'Nancy Kerrigan problem,' in honor of the Olympic figure skater, who asked... 'Why me? Why now?'" Combining 21st-century astronomy, astrobiology, astrochemistry, and other disciplines, Origins is a fine guidebook with which to journey "back to the beginning of everything." --Therese Littleton

From Publishers Weekly
This is the most informative, congenial and accessible general look at cosmology to come along since Carl Sagan's Cosmos 27 years ago—and, like Cosmos, it's a companion to a PBS series, in this case a Nova special (to air on September 28 and 29). But Tyson (The Sky Is Not the Limit, etc.), who's director of Manhattan's Hayden Planetarium, and Goldsmith (Connecting with the Cosmos, etc.) are no Sagan clones; they bring a distinct point of view and tone to this title. The point of view surfaces right away, both with their concerted effort to draw in numerous branches of science to explain the story of cosmic evolution, and with the statement that "science depends on organized skepticism." The authors continually refer to the reach and limits of science, explaining, as they offer a chronological tour of cosmic history, just what they think science can tell us and what it can't (as they end the journey, focusing on the possibility of extraterrestrial life, they deliver several sharp blows to true believers of UFOs). The tone is informational, aimed at high clarity, and laced with giddy humor: "A hundred billion years from now... all but the closest galaxies will have vanished over our horizon of visibility. Enjoy the view while you can." Beginning at the beginning, Tyson and Goldsmith tackle the origin of the universe and its nature—from antimatter to dark matter and dark energy to the possibility of multiverses; how the universe became organized; the origin of stars; a fascinating look at the periodic table; the origin of planets, including a vivid discuss of planets outside our solar system; and the origin of life. Much of this material will necessarily be familiar to regular readers of popular science, but even they will benefit from Tyson and Goldsmith's incorporation of the latest cosmological developments, from string theory to recent thinking on dark energy; and if this book breaks out, as it has real potential to do, general readers of every stripe will benefit from the authors' sophisticated, deeply knowledgeable presentation. If the casual book buyer purchases one science book this year, this should be the one.
Copyright © Reed Business Information, a division of Reed Elsevier Inc. All rights reserved.

From Booklist
Since Carl Sagan's book-and-television package Cosmos (1980), astrophysicists have discovered that the universe will probably expand for eternity and have found planets orbiting neighboring stars. That's reason enough to update and redo the Sagan concept. Tyson and Goldsmith's book is allied with their four-hour PBS Nova special, which will air September 28 and 29. This book's popularity is thus ensured and, in effect, introduces the vibrant general-interest literature about individual post-Sagan advances in astronomy and cosmology, which includes Goldsmith's Worlds Unnumbered (1997). The authors adopt a colloquial, even conversational style suited to readers new to the ideas and vocabulary of big-bang cosmology; they make comprehensible the connections between subatomic physics and the structure of the universe. With that as background, the authors then flit between the epoch of infinite density and temperature and the contemporary eon of galaxies, and they sign off with ruminations on extraterrestrial life, though they look askance at UFO devotees. Aiming for mass appeal, Tyson and Goldsmith cover the whole celestial block. Gilbert Taylor
Copyright © American Library Association. All rights reserved

Customer Reviews

A good starting point
"Origins", Neil DeGrasse Tyson and Donald Goldsmith's new book, subtitled -the search for ourselves in the universe, has attempted much in tackling the real `biggest story ever told'. It is largely successful. It presents a general survey of cosmologic history from the `big bang' through the formation of galaxies, planets, and life with most of the emphasis on the earliest period. All of this is accomplished almost entirely without math, with some humor, and is a good starting point for the high school or college undergraduate student without a scientific background. It presents a more detailed scientific picture with less `wonder' than the late Carl Sagan's "Cosmos" but some readers may want more depth. For those I would recommend Steven Weinberg's "The First Three Minutes", or from the biologist's viewpoint, Morowitz's "The Emergence of Everything" which starts with the `big bang' and continues the story step-wise to explain complexity and emergence. For the general reader "Origins" presents an introduction to much mind-opening material including the mysterious `dark matter', isotropism, discussions about the curvature of space-time and the inflationary model of the universe that has the potential to stimulate further study or simply be enjoyed for itself.

Outstanding Science
Tyson and Goldsmith distill a complex subject of both immense philosophical and physical implications into 300 pages of readable text. The format is interesting, although it poses some material early on that is fairly daunting. The introduction to this subject I received by watching the 4-hour PBS production motivated me, however, to push through the tough stuff. As it turned out, the authors used the first chapter as an overview of everything, then used subsequent chapters to expand on individual concepts presented in the first chapter. I would have preferred the first chapter at the end, allowing the Preface to suffice as an introduction to the material. You may want to try reading the preface, then skipping ahead to the second chapter, saving the first chapter for last. This may keep you from tossing the book aside before giving it a fair chance. Just a thought. The title "Origins" threw me because I assumed it focused on Darwin's theory; however, this book is more than that, and combines elements of astrophysics, biology, and geology to describe how the universe was created, and the possibility of extra-terrestrial life. As Sagan would say, there appears to be billions and billions of opportunities for life in the universe.

For the serious scientist, I would further recommend: Steven Weinberg, author of several books on the subject, including: the "Quantam Theory of Fields" Volumes I and II, and "The First Three Minutes." Also, B. Reed's book "Quantam Mechanics: A 1st Course," and Brian Greene's "The Elegant Universe," seem to be popular. These books give a more detailed, math-heavy version of Origins.


As an amateur scientist, rather weak in mathematics, I am happy with the depth of studying Origins, and enjoyed the color photos in this book. Carl Sagan's books "Cosmos" and "Billions and Billions" are good supplements to this book, written at a similar level, approachable by non-scientists.

A Delightful Challenge for Non-Scientists
If you saw the PBS special on "Origins," you know that Neil DeGrasse Tyson does a great job of translating astrophysics into normal human language. This book goes into much greater detail and merits a gradual reading by non-scientists like myself. The Preface is a clear introduction to the issues. The next section, Overture, is intentionally overwhelming with its "Greatest Story Ever Told." If you are not frustrated by this chapter, you know a lot more about physics than I do! Ah, but that is the point. Hang in there, because the rest of the book explains the Overture, one topic at a time. I am reading part of a chapter each day at lunch and find something amazing each day. This is a good book for people who want to challenge their assumptions about reality.