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Discovering the Essential Universe Paperback – January 4, 2012

ISBN-13: 978-1429255196 ISBN-10: 1429255196 Edition: Fifth Edition

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Product Details

  • Paperback: 300 pages
  • Publisher: W. H. Freeman; Fifth Edition edition (January 4, 2012)
  • Language: English
  • ISBN-10: 1429255196
  • ISBN-13: 978-1429255196
  • Product Dimensions: 9.1 x 0.7 x 10.8 inches
  • Shipping Weight: 2.6 pounds
  • Average Customer Review: 4.4 out of 5 stars  See all reviews (12 customer reviews)
  • Amazon Best Sellers Rank: #118,432 in Books (See Top 100 in Books)

Customer Reviews

4.4 out of 5 stars
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Most Helpful Customer Reviews

3 of 3 people found the following review helpful By Manaan on January 30, 2013
Format: Paperback Verified Purchase
Great book, great class (ASTRO10). Lots of very pretty pictures and useful info, would consider buying it not just renting it.
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2 of 2 people found the following review helpful By Joseph T. Costa on October 30, 2013
Format: Paperback Verified Purchase
Great read. Concise and clear with some awesome appendices. Astronomy is hard for me but this makes it a lot clearer.
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I rented this for my intro to astronomy class, and I wish I bought it instead! It's jam-packed with exciting information and wonderful illustrations.
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its ok , dont really like the way the info is organized in the book , but its a textbook for class, what can you do
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By Amy Renee Shults on January 13, 2015
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The book is what I needed for my class and it is very easy to understand.
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1 of 2 people found the following review helpful By Arturo Vazquez on September 22, 2013
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It did not come with companion site access witch would have been helpful. There are questions at the end of each chapter that can help you study but unless you have the access code you cant see the answers.Other than that good book.
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More About the Author

I was born in New York City in 1951. We lived in several towns throughout New York and New England as I was growing up. To give you an idea of how far we have come since then, in the early days of my childhood you picked up the phone and the operator came on and asked to whom you would like to be connected.

From an early age, I was fascinated by gravity and the nature of matter. In 1965, while in high school in Ardsley, New York, I proposed to a friend, SP, a fellow science geek, that different fundamental particles were just different vibrations of very thin strings. We discussed the idea over several ping pong games. Needless to say, I lacked the mathematical training to do anything with such ideas at the time.

At seventeen, I enrolled at Cornell in electrical engineering. Quickly tiring of teachers justify equations by saying, "scientists have shown that...", I transferred to the engineering physics program in order to learn the derivations of those equations. In 1969, still interested in the concept of particle strings, I presented the idea to my sophomore physics professor, who assured me that the notion (now superstring theory) was not worth pursuing. Only time will tell if he was right. I moved on to other interests, most notably general relativity (GR).

It was also during this time, while a midshipman in the Navy ROTC program, that I earned my army Airborne wings at Fort Benning and endured a hurricane at N.A.S. Corpus Christi, earning a letter of commendation for operating the base's ham radio station during the storm. I remember watching trucks slide sideways down the streets. I also became a private pilot during that period.

Finishing the required courses at Cornell in three years, my fourth year was filled with graduate courses, including notable ones taught by Hans Bethe and Michael Fischer.

After graduation, I earned a masters degree in physics at the University of Maryland, assisting with the first generation of gravity waves detectors, designed to detect gravitational radiation. Gravitational radiation can be visualized as ripples in the fabric of space that travel at the speed of light from their sources. It is predicted by the equation of Einstein's general relativity and has been observed indirectly, by observing pairs of orbiting objects that lose energy and thereby spiral closer and closer together. The energy they lose is emitted as gravitational radiation. Gravity wave detectors, when built with sufficient sensitivity, will be able to detect these waves directly and thereby enable us to explore aspects of astronomy we cannot otherwise examine, such as the early stages of the Big Bang event that created the universe, details of powerful stellar explosions, and the changing orbits of pairs of black holes and neutron stars, as mentioned above.

In the mid-1970s, I was privileged to be accepted as Bernard Schutz's first graduate student studying general relativity at what was then University College, Cardiff, Wales (now Cardiff University). During those years, which were a golden era of GR research, I presented some of my work to Stephen Hawking's group at Cambridge. I remember watching Stephen zooming around Cambridge in his motorized wheelchair. I also attended a dinner party at his home. Other memorable events during that time included attending memorable conferences on GR at Gregynog in central Wales and at an Ettore Majorana conference in Erice, Sicily; and visiting Roger Penrose's group at Oxford.

Skillfully guided by Schutz, I did work on the properties of neutron stars, some of which was cited by Subramanyan Chandrasekhar in his 1983 Nobel prize lecture.

Ever since I was 14, when we took a driving trip from NY, through Maine, to the Gaspe peninsula in Quebec, I wanted to live in Maine. I was fortunate enough to achieve that goal when, in 1978, I was offered a position on the faculty of the University of Maine Department of Physics and Astronomy. I have been here ever since. BTW, if you ever get a crossword clue: "Maine college town," the answer is Orono, home of the University of Maine.

I have a variety of interests in astronomical research. I and my students conduct work in:
- Observational astronomy, which I have done using optical telescopes in Arizona and the VLA radio telescope in New Mexico
- Computer modelling of galaxies like our Milky Way
- General relativity, including exploring original ways of creating black holes
- Human perception of the Sun and stars. (For example, the Sun emits all colors, with different intensities. Turquoise is its most intense color, so why does it appear yellow?)
- Astronomy education, including identifying thousands of common misconceptions people have about astronomy and ways to overcome them (See "Heavenly Errors," discussed below)

During four summers in the 1980s, I was at Stanford and worked at the NASA Ames research center at Moffett Field, CA, doing computer models of galaxies with Dr. Bruce F. Smith. My research in all the areas has led to the publication of several dozen papers.

My writing career began around 1980 when I wrote questions in science for a prominent testing service. This continued for several years and scores of questions. Then I wrote over a dozen articles for "Astronomy" magazine.

In 1990, when my older son, James, was five, he inundated me with "What if?" questions, which I did my best to answer. One day during this time, colleague David Batuski wandered into my office and announced that scientists look at the world "in to much the same way." Bad English, but I got his drift. Intrigued, I proposed that we try looking at it differently. We sat there for several minutes, trying to come up with alternative ways of "looking at the world." It wasn't easy. However, James's "What if?" questions percolated into my consciousness and I grabbed the first one about the world that I could formulate, namely "What if the Moon didn't exist?". Dave and discussed it for a few minutes, until a student came by to see him. I was hooked. By the end of the day, I had worked out the concepts presented in the title chapter of my first book, "What if the Moon Didn't Exist," (1993: HarperCollins).

"What if the Moon Didn't Exist?" has served as the basis for numerous TV and radio shows, as well as several planetarium shows, Mitsubishi's pavilion at World Expo Aichi, 2005, in Nagoya, Japan, and at the Huis Ten Bosch (pronounced 'house tem bosch') resort in Nagasaki. I reached one of the pinnacles of my career when I became a cartoon character in Japan, as a result of "What if the Moon Didn't Exist?".

The sequel to "what if the Moon Didn't Exist?", "What if the Earth had Two Moons?" (2010:St Martin's Press) is now out and, I am pleased to note, "What if the Moon Didn't Exist?" is back in print!

In 1995, author and astronomer William J. Kaufmann, III, died and I took over writing his college textbook "Discovering the Universe." My first edition was wildly successful and it became, my editor at WH Freeman & Co. told me, the best selling astronomy text in the world. This led to several more editions, a smaller version, "Discovering the Essential Universe," and a version with a different order of material, "Discovering the Universe: From the Stars to the Planets."

Based on my teaching throughout the 1980s and 1990s, I became acutely aware that the hundreds of thousands of students taking astronomy courses around the world have many preconceived notions about nature that are incorrect, making it difficult for them to understand and believe the correct science. I set about identifying these misconceptions, learning where they came from, finding ways to undo them, and sharing that knowledge. This led to my book "Heavenly Errors" (2001: Columbia University Press) and a web site that lists over 1700 common, incorrect astronomical beliefs .

My book "The Hazards of Space Travel:A Tourist's Guide" (2007: Villard Press) evolved from an idea of friend and former editor Cliff Mills. Cliff wanted a book on natural disasters in space. I transformed the idea to disasters befalling humans in space. The idea is to give perspective space travelers a "heads up" as to what they will experience off earth. While it is a tribute to NASA and the other space agencies around the world as to how few people have died or been injured in space, they nevertheless were not enthralled with a book that lays out the challenges faced in space. Perhaps I should have called it, "Packing for the Moon." Then it would probably still be in print.

On other matters, my younger son, Josh, is developing into a serious singer. He has a basso profundo voice and had his first solo back in 2011. He is the first soloist in this piece, but I recommend that if you listen to it, have your bass speaker cranked way up.

I am privileged to attend Renaissance Weekend activities. I also give talks around the world. Normally my wife, Sue, doesn't go, but in 2010, I was invited to give a talk at a Festival of Ideas in Edmonton, Alberta to discuss the question, "Are we alone in the universe?" with the Vatican astronomer Father Jose Funes. When Sue saw the list of other participants, she insisted on going. That was the first time she ever saw me give a presentation to the public. Father Jose and I presented in the center of a planetarium, with the projector lowered into the floor. We walked in circles on the improvised stage while we talked, so everyone could see us. Talk about theater in the round.

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