Discovering the Universe is the best-selling brief text for descriptive one-term astronomy courses (especially those with no mathematics prerequisites). Carried along by the book's vibrant main theme, "the process of scientific discovery," readers will encounter spectacular sights, landmark experiments, and recent discoveries, while learning to avoid the pitfalls created by common misconceptions about astronomy.
Now enhanced with a powerful technology and image projection package, this is the most exciting and effective edition yet. The accompanying CD-ROM features a special student version of the award-winning virtual planetarium software, Starry Night Enthusiast and the new innovative Deep Space Explorer.
The dramatic wall chart unfolds to 30" x 10 3/4", is printed in vivid color on laminated stock, and comes with stickers designed for marking the progress of interplanetary science as it unfolds and is reported to the world by NASA and other space agencies.
Here is modern science at its most exciting, presented in a way that every member of the family can understand and enjoy.
Customer Reviews:
Great Gift for the Young Scientist.......2006-10-29
I watched a TV show on Galileo a couple of nights ago. With his crude telescope he saw the four big moons of Jipiter and was sentenced to house arrest for the remainder of his life. What could you imagine he would thought about receiving a kit like this one that represents what we have learned since his time. Here is a desktop mobile that has all the planets (it even has pluto, but what can I say), planets then called the wanderers because they moved back and forth among the stars.
There's a book on exploring the solar system, including those from the past and missions planned through 2055. Again what would Galileo have thought about the very concept that we could send probes into space. Since the basic concepts of electronics hadn't been invented, he couldn't have imagined getting information back.
All in all, a beautiful book for the interested. The kit is marked as suitable for ages 14 years and older. It would be a great birthday/Christmas present. Something the young scientist would find interesting but something he/she would not likely buy for themsel
Book Description
In Seeing in the Dark, a poetic love letter to science and to the skies, Timothy Ferris invites us all to become stargazers. He recounts his own experiences as an enthralled lifelong amateur astronomer and reports from around the globe -- from England and Italy to the Florida Keys and the Chilean Andes -- on the revolution that's putting millions in touch with the night sky. In addition, Ferris offers an authoritative and engaging report on what's out there to be seen -- what Saturn, the Ring nebula, the Silver Coin galaxy, and the Virgo supercluster really are and how to find them. The appendix includes star charts, observing lists, and a guide on how to get involved in astronomy.
Ferris takes us inside a major revolution sweeping astronomy, as lone amateur astronomers, in global networks linked by the Internet, make important discoveries that are the envy of the professionals. His ability to describe the wonders of the universe is simply magical, and his enthusiasm for his subject is irresistible.
Customer Reviews:
A must for any stargazer!.......2007-07-18
Fantastic! This book is a perfect mixture of science and storytelling. This was educational and inspiring. I don't re-read many books, but this may be an exception. Loved it.
Good Overview of Astronomy.......2005-09-16
Many people, including myself, often marvel at the night sky to the point of seriously thinking of buying a telescope. The question that then arises is: What if I invest in a decent telescope, use it a few times to examine some of the celestial bodies, then eventually get bored for lack of knowing what to look at or to look for? This book attempts to help potential amateur astronomers dance around this sticking point. The author discusses the current activities of some professional but mainly amateur astronomers: what they look for, the equipment that they use, what they've found and what they continue to find. The book is well written and fun to read; it covers most areas of interest in astronomy and briefly describes what's out there. The book's only shortcoming is that it contains no figures, pictures or diagrams of any kind (other than star charts in the appendices); this is unfortunate since a few optical diagrams and pictures of the various items and people that are discussed would have complemented the text very nicely. Nevertheless, this is a great book that does much to encourage amateur astronomy. I heartily recommend it to anyone with even a passing interest in the night sky.
Every Man A Galileo.......2005-01-01
This is an informative and at times whimsical work about outer space, specifically who is doing the observing and what is being observed. The material goes considerably beyond the title, as only one chapter actually treats of near earth objects [NEO's] at depth, and I am still confused over the author's distinction between "amateur" and "professional" astronomers. With those caveats in mind, "Seeing In The Dark" is a fine overview of astronomy for those of us who have been out of school awhile and think of Pluto as the edge of the meaningful universe.
As a boy I was intrigued by astronomy and at age 10 owned an off-the shelf hand telescope that, in my recollection, simply made the bright stars brighter. I once tried to observe the crescent of Venus through my mother's hand mirror and a magnifying glass. I did get to see the rings of Saturn, finally, through the 8" telescope at the Buffalo Museum of Science, and to this day I divide the world into those who have seen that spectacle firsthand and those who haven't. Popular astronomy in the 1950's was lunar and planetary: the supposed canal system of Mars, for example, was still an issue of debate.
I lost my interest in the 1960's when astronomy became less optical and more electronic. Real observations and photos of heavenly bodies are egalitarian. Spectroscopic charts, radio waves, radar exploration and the like required time, sophisticated education, and money. Every decade or so something would catch my fancy: Apollo 11, Viking, Pioneer, Hubble, Comet Shoemaker-Levy 9, Cassini. But why should an amateur like myself spend money and time at something already being done with more precision at Arecibo in Puerto Rico or Mt. Palomar in California, or from a satellite in space, for that matter?
Timothy Ferris argues in so many words that the modern astronomical-industrial complex, so to speak, is too big and too expensive to perform some of the most critical work of present day astronomy. The author provides a plethora of examples, such as planetary weather. Most planets have atmospheres with characteristics not entirely unlike the earth's own. The atmospheres of the large outer planets [and in at least one case, a planetary satellite] have predictable patterns of wind currents and even storms that produce lightning. Mars, we have come to realize, has significant dust storms and seasonal markers. To monitor these systems, however, requires daily observations over months and years. With the crush of competition for seat time for the monster telescopes and the costs involved, such meticulous and time consuming planetary observations are gradually falling into the hands of the dedicated [and exquisitely patient] amateur backyard astronomers. The older, smaller, and midrange telescopes have come into a new age of usefulness, where persistence is of equal value to optical power. And, as the author observes, the marriage of a modest telescope with digital photography, computer controls, and Internet access to professionals, has created a formidable network of information gatherers.
Nowhere is the amateur's value of more importance than in the discovery and tracking of NEO's, asteroids whose orbits regularly criss-cross the earth's. Observation of these dangerous bodies and forecast of collisions is extremely difficult for several reasons. NEO's are hard to see [in some instances, at the 29th magnitude], only small tracks of their orbits are currently known, and they are notoriously vulnerable to gravitational influences from the earth, the sun, and even Jupiter. Science has developed a public coding system for risk from each known object, and I would venture a guess that readers will find particular stimulation from Ferris's discussion of the "Torino Scale." [As I was reading this work, I checked the day's "Torino forecast" on NASA's web site, the very day that NASA used a "Torino 4" rating for the first time, for Asteroid 2004MN4. As this occurred the same day as the Asian tsunami, little or no press coverage was devoted to the event, though astronomers around the world focused on the potential risk of a 2029 collision. The odds for 2004MN4 were downgraded to Torino 1 a few days later.]
Suffice to say that NEO's are the "high needs child" of space observation, and every verifiable observation by an amateur astronomer enables NASA and international tracking systems to add another fraction of certainty to a body's orbit. Ferris intersperses observational details of heavenly bodies with interviews of the men and women who do the observing. His use of the word "amateur" is stretched like taffy. Some of these unsalaried observers have spent six-figures in outfitting their equipment or, in some cases, pursuing doctorates to expedite their work. Some have walked away from lucrative professions and made wholesale disruptions in personal and family life on behalf of serious stargazing. In some cases "amateur" does not do justice to what is more appropriately an "obsession."
Ferris summarizes what we have come to know about planets, stars and galaxies in the past few generations of advanced study. Again, if one has not addressed astronomy systematically since school days, this work is an excellent primer on our current state of understanding the heavens. There is a thorough 25-page appendix that treats of basic stargazing information, including issues of light pollution, choice of equipment, and basic star charts, as well as a summary of periodicals and web sites. I regretted that there are no photos of any kind in the book, so we never get to see with our own eyes the quality of work produced by the amateurs in our communities. Perhaps the author was deliberately setting out to pique our curiosity, for yesterday I found myself investigating the features and price tag of a small telescope at the Brookstone's in my local mall. It's been a long time since I've done that.
A great book for those cloudy nights!.......2004-11-24
I received my copy of this book as an early Christmas present from one of my "stargazing friends". Even tho' I had glanced at this volume on bookstore shelves , I usually bypassed it for books on starhopping , star atlases , or other "hard data" type publocations. I now lament my earlier loss , and have truly enjoyed this very well written and extremely informative book.
The author , Timothy Ferris , takes us on a wonderful tour of the solar system and "near space" in the second section of the book ; he then moves on to the Milky Way and the wonders of gaseous nebulae , open star clusters ,globular clusters , and planetary nebulae within our own galaxy in section 3.
Finally , in the fourth section of the book , the author deals with the imensity of the universe (as we presently are capable of understanding it) by moving on to galaxies , and galaxy clusters.
But it isn't all about the wonders of the Heavens , for Ferris intersperses some entertaining anecdotal material as well. Starting with a personal tale of how he became a stargazer-astronomer to passages about Steven James O'Meara and his phenomonal visual observing feats while breathing oxygen at 14,000 feet on Mauna Kea. We are introduced to Barbara Wilson , a mother and former housewife who excells in actually "seeing" the faintest of astronomical objects.
This is a great book for amateur astronomers at almost any level ; the author manages to communicate his passion for the skies and the fine art of observational astronomy in a warm and entertaining manner. It is an ideal book for a frustrating evening when the clouds roll in as the sun sets , thus postponing the observing plans of the day.
I rated this book 5 stars and give it my highest recommendation. No real warts on this one!
A match made in Heaven.......2003-12-17
The match being that of science and poetry. The author writes about the achievements of amateur astronomers, giving a wealth of information about astronomy, stargazing, and amateurs, all of which is written in a language so beautifully poetic. It is a masterpiece. The love of the author for his topic is evident on every page and it is contagious. This is a book that will fill you with wonder, and probably sweep you off your feet and onto the nearest dark ground with a starmap in hand!
Rich with information, written with passion, the book is fascinating, moving, and absolutely beautifully written.
Book Description
This collection of fifty-one fascinating and engaging activities opens up the gateway to outer space for stargazers young and old.
Book Description
This book is intended for amateur astronomers who are readers of Sky and Telescope magazine or similar astronomy periodicals – or are at least at the same level of knowledge and enthusiasm.
Supernovae, the subject of this book, represent the most violent stellar explosions in the universe. It is a unique guide to supernova facts, and it is also an observing/discovery guide, all in one package. Supernovae are often discovered by amateur astronomers, and Martin Mobberley describes the best strategies for discovering and observing them. Moreover, Supernovae and How to Observe Them contains detailed information about the probable physics of supernovae, a subject which even today is imperfectly understood.
Here is a book that is essential reading for any amateur astronomer who is interested in discovering, observing, or learning about supernovae.
Average customer rating:
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Discovering the Essential Universe & Starry Night Explorer CD-ROM
Neil F. Comins
Manufacturer: W. H. Freeman
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Book Description
David Levy has held a lifelong passion for comets, and is one of the most successful comet discoverers in history. In this book he describes the observing techniques that have been developed over the years--from visual observations and searching, to photography, through to electronic charge-coupled devices (CCDs). He combines the history of comet hunting with the latest techniques, showing how our understanding of comets has evolved over time. This practical handbook is suitable for amateur astronomers, from those who are casually interested in comets and how to observe them, to those who want to begin and expand an observing program of their own. Drawing widely from his own extensive experience, Levy describes how enthusiastic amateurs can observe comets and try to make new discoveries themselves. David H. Levy is one of the word's foremost amateur astronomers. He has discovered seventeen comets, seven using a telescope in his own backyard, and had a minor planet, Asteroid 3673 Levy named in his honor. He is best known as the co-discoverer of the famous 1994 Shoemaker-Levy 9 comet. Levy is frequently interviewed in the media and succeeded Carl Sagan as science columnist for Parade magazine. He has written and contributed to a number of books, most recently David Levy's Guide to the Night Sky (Cambridge, 2001).
Customer Reviews:
A look at the "Guide to observing....".......2006-03-08
David begins his book in an unsuspecting manner with a quick look back at how comets effected the lives of our ancestors; before the age of telescopes. Briefly, he demonstrates that comets were recognized by not only early scientist, but poets and "fallen princes."
His book is lightly peppered with people, events, and places of historical significance; e.g., that Edmond Halley "dropped out" from Oxford and "headed south that same year to the island of St. Helena, the island that, more than a century later, would serve as Napoleon's home after the battle of Waterloo."
He takes you on a journey through the discovery of comets (in which some cases, comets turn out to be planets - as was in the case of Uranus, Herschel 1781), the recovery of comets, and he discusses the ardent task of mathematically calculating orbits and estimating returns (it was Encke the "mathematician", not Pons "the astronomer", whose name lives on with the 3 1/3 yr. comet - Comet Encke).
He speaks of houses "made of comets." Actually, financed by comets for the honored American astronomer Bernard, who, with 2 months of formal education, paid his bills by discovering comets. You also hear the tales of morale boosting pranks that college fellows play on one another.
He continues on through the pain staking task of searching and searching, for hours on end, until after 917 hours and 28 minutes, spread out over 19 years, he discovered a comet. Correction, he co-discovered a comet. It was discovered simultaneously by another American astronomer. Very interesting to hear him tell the story.
David touches on systematic comet search techniques, tips on film, pros and cons of CCD (digital imaging and why film is better), the problem of staying focused, and how he breaks the sky down into a grid and methodically examines each point of light; twice! (per night...) How else can one detect *ever so slow-motion movement* of a very distant object?
Finally, David chronicles the discovery, predictions, and events leading up to the impact of Shoemaker-Levy 9 into Jupiter. Very enjoyable read.
P.S. The book has many pictures scattered throughout and has a nice set of color photos at the books center.
Interesting but not a practical guide for the amateur.......2004-06-16
I bought this book by noted comet discover David Levy hoping that it would serve as a practical guide for amateur astronomers interested in observing and studying comets. Instead, this book is mostly about how Mr. Levy and his dedicated search team discover comets. If you're looking for advice on what type of telescope is best for observing comets (or maybe large binoculars are better?) you won't find it here. While Levy briefly mentions the telescopes he uses, there was no discussion of the equipment options available to the typical amateur astronomer on a budget (wide field refractors and reflectors, binoculars, etc.). The book also lacks advice regarding the weather conditions and locations that are best for observing comets - except to note that at one point Levy and his family moved to Arizona. That's great for them, but what about the rest of us who can't pack up our lives and move to the desert? The book is light on text and heavy on black and white images, many of which are grainy and provide little useful information. One of the more informative sections of the book is the explanation of the arcane new naming system for comets that was developed by the International Astronomical Union in the mid 1990s. There is also a brief discussion of the morphology of comets and the terminology used to describe the various components that can be seen visually. I would have liked this discussion to have been more detailed, perhaps citing various examples based on visual observations using amateur instruments. Levy devotes a large section of the book to his discovery of Comet Shoemaker-Levy, which collided with Jupiter in 1994. Although this is a significant achievement worthy of mention, its important to note that this comet was discovered using a large professional telescope the likes of which most amateurs will never be able to use. Levy also devotes considerable space to describing his experience searching for comets photographically, on old plates, and with CCDs, yet he gives short shrift to visual observation, which is relegated to the back of the book. As Levy correctly notes, the advent of inexpensive CCD cameras and remote telescope operation, combined with wide-field astrograph telescopes, has largely replaced visual sweeping as the main method of comet discovery. However, most readers of this book will probably not be engaged in comet discovery efforts, but will be using their eyes to search for known comets. It is this type of casual visual observer that the book largely lets down. Based on Mr. Levy's reputation as a dedicated and accomplished amateur observer, I was expecting a more comprehensive treatment of the subject that could serve both as a reference and as a practical guide at the eyepiece. Instead, I found this book to be mainly a recap of the notable achievements of the Levies and a few of their colleagues. Interesting, but not exactly a practical guide for the amateur.
Books:
- Dogs are from Neptune
- Dynamics of Comets and Asteroids and Their Role in Earth History
- Einstein: His Life and Universe
- Encyclopedia of the Solar System, Second Edition
- Encyclopedia of the Solar System, Second Edition
- Extrasolar Planets: Saas Fee Advanced Course 31 (Saas-Fee Advanced Courses)
- Feynman's Lost Lecture: The Motion of Planets Around the Sun
- Fundamental Astronomy
- Heaven and Earth in Early Han Thought: Chapters Three, Four and Five of the Huainanzi (S U N Y Series in Chinese Philosophy and Culture)
- History: Fiction or Science? (Chronology, No. 1)
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bad book.......2007-01-26
