Product Description

Physically and intellectually, the celestial bodies that move about the universe seem unreachable to us from our Earth-bound vantage. But recent discoveries in astronomy and physics reveal that the principles that govern our everyday life and the workings of the cosmos are one and the same.

In ONE UNIVERSE: At Home in the Cosmos, Neil de Grasse Tyson, Frederick P. Rose Director of the Hayden Planetarium at the American Museum of Natural History, Charles Liu, an astrophysicist at the Museum, and Robert Irion, a contributing editor and correspondent to Astronomy and Science, make it clear that what happens in our kitchens and backyards are simply variations on cosmic processes.

In straightforward language and everyday analogies, the authors take us on a journey through the universe, from the infinitesimal to the infinite, stopping along the way to explain these grand and simple connections. We come to see that the force of gravity that finally lands a home-run ball in the bleachers keeps the moon in orbit. Or that the crystal in the window that breaks light into sparkling colors is just another version of the crystal scientists use to understand light from galaxies billions of miles from Earth.

Three basic concepts--motion, matter, and energy--lie at the heart of our understanding of the universe. With these three principles in mind, we can expand our knowledge of the universe because we can see how the physics of our world mirror the same physics of our universe. No wall separates the Earth from the rest of the universe. To illustrate the elegance of this concept, ONE UNIVERSE draws on a glorious album of space photographs, some seen here for the first time, and diagrams and illustrations drawn especially for the book. The book is being published in conjunction with the opening of the new $200 million Rose Center for Earth and Space at the American Museum of Natural History. The centerpiece of the Rose Center is the new Hayden Planetarium, the first 21st-century planetarium.

This 224-page book includes an illustrated timeline of the major advances in astronomy and astrophysics, a glossary, 400 illustrations, full color throughout, and an index.

Product Details

• Amazon Sales Rank: #331694 in Books
• Published on: 1999-12-17
• Original language: English
• Number of items: 1
• Binding: Hardcover
• 224 pages

Amazon.com Review
Don't let the large size and lush graphics fool you--One Universe is no coffee-table book. This grand tour explores the staggering vastness of space and the incomprehensibly tiny pieces that fit together to make our bodies, our planet, comets, and cosmic rays. Astrophysicists Neil de Grasse Tyson and Charles Liu of the American Museum of Natural History in New York City and science journalist Robert Irion have teamed up to put a planetarium in a book, and while you'll have to provide your own choral background music, the images are sharp and beautiful and the accompanying text is clear and engaging. The authors clearly love their subject and their work and even the most casual reader will find the book as inescapable as a black hole.

See supernovae, eclipses, and the end of the universe in all its quiet glory--but just as your eyes are drawn to the pretty pictures, your mind will seek out the explanations and elaborations accompanying them. Tyson is well known as the director of the Hayden Planetarium and has a brilliant knack for exciting people about astronomy without condescending or diluting; in fact, his respect for the public's intelligence is one of the best features of One Universe. Whether you want to get the latest on time and space, inspire students, or (dare we say it) show off your coffee table, this is well worth checking out. --Rob Lightner

From Publishers Weekly
Startling, sparkling color photos and very accessible explanations of the laws and history of physics make this book a treat. Its pictures, clean diagrams, spiffy typography and bite-size takes on mass and energy--from quarks to Coriolis effects to quasars--mark its origins in a celebration: the volume coincides with the reopening of the Hayden Planetarium at Manhattan's American Museum of Natural History. Tyson (who runs the planetarium), Liu (a physicist at the museum) and Irion (a contributing editor at Science) make the science they explain sound both awesome and painless. The authors begin and end at the cosmological level, with the Big Bang and the expanding universe; in between, they cover black holes, meteor strikes, spectral lines, particle accelerators, "gravity waves" (which astronomers might find soon), extraterrestrial life (we're still looking) and the elusive particle called the Higgs boson (ditto). The expanding universe (in which galaxies constantly move apart from one another) gets illustrated with ladybugs on the surface of a balloon. Zippy orange computer-enhanced photos show how a solar system can coalesce from "a disk of leftover material swirling around a new star." A "hyperkinetic unicyclist" helps explain Einstein's special relativity. And sandy beachside toes, shown next to a potholder and an iron pan, illustrate how nonconducting materials prevent, while conducting materials facilitate, the transmission of heat. This is a book seemingly designed more to be browsed than to be read straight through, and it might not mind just being admired (especially if it sends readers to the planetarium). A glossary and timeline can help readers learn, look up and remember the info so many physicists worked hard to discover. 30,000 first printing. (Mar.)
Copyright 2000 Reed Business Information, Inc.

From School Library Journal
YA-This neatly organized oversized book packs information on the three fundamental aspects of nature: motion (everything moves); matter (the stuff of the universe); and energy (the power of cosmic phenomena). The volume represents an impressive melding of well-written, graphically pleasing text and awe-inspiring illustrations and photographs. Most YAs don't give much thought to their personal connection to the cosmos; however, these reputable scientists use the basic principles of astronomy and physics to guide them through a journey of reflection. The illustrations and analogies help make complicated concepts seem simple. For example, the use of basketball analogies helps readers visualize the "scale of our solar system" and how impossible it would be for Star Trek's Enterprise to pass by stars so rapidly unless it were traveling "500 million times faster than the speed of light." Scholarly and fun, this title will infect readers with the authors' joy and mastery of their subject.
Bobbi Thomas Skaggs, Cedar Lane High School, Fairfax County, VA
Copyright 2000 Reed Business Information, Inc.

Customer Reviews

Grand Tour of the Universe
Want to know what a supernova, neutron star or black hole is, explained in everyday language? If so then this is the book you are looking for. Simply put, it's the perfect source for easy to understand explanations about all facets of astronomy and astrophysics. Find out how astronomers know the universe is expanding, how they determine how far away other galaxies are, or how a supernova happens. Learn about energy and particle physics, all explained in an intelligent yet easy to understand fashion. Learn about the different states of matter, about energy and Einsteins theory of relativity. Nicely formatted with stunning graphics, I highly recommend this book, especially to those with no background in the sciences who are looking for a simple, easy to understand yet intelligent explanation of science.

A book that should be in every home
The beauty of this book is apparent as soon as you open it. It is filled with wonderful pictures that help to explain the valuable information that is contained in this book. Neil De Grasse Tyson has taken the information that most of us find to difficult to understand and brought it to a level that makes it not only understandable, but exciting to read. The pictures give us a visual understanding of the dynamics of all the things around us. This is a book for all, young and old. I especially found it to be a great way to stimulate the minds of our youth, who seem to have lost interest in many of the sciences. This book breathes new life into a subject that affects all of us.

A non-mathematical introduction to the Universe
Now that science fact has become stranger than science fiction, it's good to have a book that explains the physical universe in clear prose and pictures. The authors' stated intention is to make readers feel "at home in the Cosmos," although many of the astronomical photographs might leave us a bit in awe of the place where we live. In fact, I'm surprised that the authors didn't use more images from the Hubble space telescope. Perhaps it is because their stated intention is to explain, not simply astound. Conceptual drawings such as "How protons decay" are also found in abundance.

Tyson, Liu, and Irion introduce readers to 'the' golden age of astronomy (Right here. Right now) and explain the principles that govern our everyday lives, as well as the workings of the cosmos. That's quite a lot to accomplish in a book that is also a visual feast (400 full-color illustrations). However, the authors are well-suited to tackle the job. Neil de Grasse Tyson is the Frederick P. Rose Director of the Hayden Planetarium at the American Museum of Natural History. Charles Liu is an astrophysicist at the Museum. Robert Irion is a free-lance journalist, and a contributing editor and correspondent to Astronomy and Science.

Using everyday analogies (as opposed to mathematical formulae), the authors take us on a journey through our universe, from the infinitesimal to the infinite. Here is an example illustrating Newton's second law of motion:

"Imagine standing behind two people wearing roller skates. One is a 90-pound ballerina, and the other is a sumo wrestler who weighs five times as much. If you push on each person with equal force (and tact), you will accelerate the ballerina five times more quickly. That ratio holds true in space as well."

"One Universe" includes an illustrated timeline of the major advances in astronomy and physics, from Democritus to Hale-Bopp.