The Universe in a Mirror: The Saga of the Hubble Space Telescope and the Visionaries Who Built It
From Booklist
Review
(Dennis Overbye New York Times )
Robert Zimmerman's The Universe in a Mirror serves to remind us that NASA, too, can do exciting things in space. Yet the career of the Hubble Space Telescope has been both triumphant and troubled, bringing into focus the strengths and weaknesses of doing things the NASA way....Mr. Zimmerman vividly describes the building of the telescope, the turf wars among bureaucrats, scientists and congressional staffers, and the trials and tribulations of the Hubble itself once it was launched. He somehow takes potentially dry subject matter and turns it into a page-turner full of human drama.
(Glenn Harlan Reynolds Wall Street Journal )
The Hubble project's struggle not to be strangled by bureaucracy was conveyed last year in a stirring history, and cautionary tale, by Robert Zimmerman--The Universe in a Mirror: The Saga of the Hubble Space Telescope and the Visionaries Who Built It. Worth a read.
(Daniel Henninger Wall Street Journal )
A blow-by-blow account of how the Large Space Telescope, as it was originally called, got built--and a cracking good read it makes. . . . Zimmerman has written an engrossing account of a great story.
(Michael Disney American Scientist )
Must reading for armchair astrophysicists.
(Bryce Christensen Booklist )
The Universe in a Mirror is an epic biography of the Hubble telescope. But perhaps more poignant is the book's subtle reminder of all that will be lost in just a few years when Hubble falls from its orbit around Earth--and disintegrates.
(Ashley Yeager Science News )
A just-in-time book that provides the reader key details regarding the Hubble Space Telescope (HST)--and why servicing the eye-on-the-universe is so important. . . . Zimmerman has written an excellent book that details the rocky and twisted road that led to the creation of the HST--not only a technological marvel--but an on-orbit instrument that had to overcome a gravity well of politics and bureaucracy.
(Space Coalition.com )
Space historian Robert Zimmerman's crisp and balanced account of Hubble (based on many oral interviews as well as documents) reminds us not only of Hubble's battle with adversity, but also of the many scientists and engineers who shepherded the project through good times and bad.
(Laurence A. Marschall Natural History Magazine )
Zimmerman, a science writer and historian of space exploration, brings back to life those long-forgotten scientists and engineers who engaged in a decades-long campaign to bring Hubble to the launch pad.
(Tod R. Lauer Physics World )
Although there are a number of recent books that discuss some of the history and science behind the Hubble Space Telescope (HST), there are no other current works that cover the history behind the HST so extensively. In The Universe in a Mirror, science writer and historian Zimmerman drew from some of the same sources that Smith (The Space Telescope) used, but he dug deeper by using manuscripts, publications, and interviews that other writers did not access. . . . Zimmerman did an excellent job conveying the personalities and the struggles of the people involved. The text of the book flows well, and it is a pretty easy read. Anyone with a basic interest in science would enjoy.
(J.R. Kraus Choice )
Mirror is entrancing. It successfully communicates that astronomy isn't just a career but something that people do because they're driven by love, passion, and curiosity. . . . If you love the Hubble, this book is a must-read.
(Pamela L. Gay Sky & Telescope )
The Universe in a Mirror . . . offers a history of the epoch-making telescope, as well as fascinating descriptions of its most enthralling discoveries.
(Bill Gladstone Canadian Jewish News )
It is essentially a popular history, and as that, a very successful work. It is highly readable and enthusiastic without being rhapsodic, and is written from a point of view that reveals a longstanding intimacy with all things Hubble Space Telescope.
(Nasser Zakariya Endeavor )
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US $33.29
The Universe in a Mirror: The Saga of the Hubble Space Telescope and the Visionaries Who Built It
This book describes the Hubble Telescope Program and its predecessors in a most thorough and beautifully written exposition of NASA’s efforts and problems in constructing the telescope. Unfortunately, in accordance with NASA’s policies, it only contains the activities and decisions made by NASA management.
As I was Chief Engineer at Itek Optical Systems for the competing Large Space Telescope Program, the Hubble’s predecessor, many technical problems were created by NASA’s program management and convoluted approach to budget management, as explained by Mr. Zimmermann. The Large Space Telescope was a 3 meter aperture telescope very similar to the Hubble excepting for its much larger size. There were no 3 meter test facilities available in the country for full aperture high vacuum testing of the primary mirror. The projected cost of the 3 meter aperture LST far exceeded the amount that NASA thought was available. The NASA management opted for a null lens testing arrangement for the primary mirror construction which, as explained in Zimmermann’s book, led to grinding and polishing the primary mirror to an incorrect prescription.
Furthermore, the aperture of the Hubble Telescope was reduced to 2 meters to take advantage of a classified test facility. A colleage of mine who had formerly worked for Perkin Elmer, the maker of the Hubble, told me of the testing failures that had occurred there, and his subsequent role explaining the problem to Congress in an investigation of the program. Perkin Elmer had a back up knife edge testing program, also run by an engineer that had once worked for me. The knife edge testing showed that the Hubble mirror had been polished incorrectly. Another Company had access to the 2 meter classified test facility, and was awarded contracts to polish “back up” mirrors–these were tested at full aperture and were made perfectly to the correct prescription. Therefore, Perkin Elmer and NASA management had prior knowledge of the error in figure of the Hubble but refused to believe the test results. Since the correct mirrors had been made by a competitor, it apparently was politically untenable for NASA to install the “backup” mirror set.
If I were to criticise, Mr. Zimmermann’s book, it would be to say that by following the NASA information line solely, he missed an important set of events that affected the telescope program. Nevertheless, his exposition of the troubled program was accurate, and detailed, and politically correct.
Roger Lee
Quick: name a satellite. If you can think of one name, it is probably the Hubble, officially the Hubble Space Telescope, and the reason you might know of it by name when all those other communications and positioning satellites are up there (and also the International Space Station) is that images from Hubble are part of popular culture as well as scientific culture. Hubble has been an amazing success, but often just barely. It took a long time in coming, and might at any point in the planning stage have been shifted aside for other space goals. The complicated story of how Hubble got planned and launched and repaired is told with enthusiasm and detail in _The Universe in a Mirror: The Saga of the Hubble Space Telescope and the Visionaries Who Built It_ (Princeton University Press). Hubble is not just beloved by the public, it has been an extraordinary research tool, and deserves this fine biography, which tells a great deal not only about the gadget but about the boffins who made it all happen.
There are good reasons to have a telescope in space, mainly the avoidance of the distortion and filtering of the Earth’s atmosphere. An orbiting telescope got a realistic proposal in 1946 with a paper for RAND by Lyman Spitzer, an astronomer who was ending up some sonar research after the war. Spitzer remembered thirty years later, “Most astronomers didn’t take it seriously. They thought I was sort of … wild-eyed or wide-eyed, one or the other.” Zimmerman details the scientific and engineering planning and also the lobbying and horse-trading that had to go on to get the Hubble built and launched. It is a confusing tale, reflecting the peculiar mindset of the bureaucracy. Hubble might have been bigger (a bigger telescope lets more light in so it can see more), might have been put up faster, and might have been more broadly useful if politics and budget games had not gotten in the way. A case could be made, too, that such difficulties forced the mirror-building firm to skip quality control steps that would have noticed that the mirror, which should have been corrected to within ten billionths of an inch, was not ground into the correct shape. The Hubble once in orbit could only send back blurred pictures; it could have been, Zimmerman says, “the greatest catastrophe to hit American astronomy ever,” and it is agonizing to read about the astronomers who slowly realized that the telescope they had so long championed was going to be useless. It proved to be a big embarrassment, of course, but after a while, an engineer, inspired by the design of the showerhead in his hotel room, found a solution which was deployed on a flight of the Space Shuttle in 1993.
Since then, the telescope has been sending back lots of information. Hubble data has been the foundation of 35% of all the scientific output from NASA, including information on extra-solar planets and a confirmation of the time of the Big Bang to 13.7 billion years ago. And then there are the pictures, some of them magnificent pictures. There are popular classics, like the towering pillars within the Eagle Nebula, or the astonishing “Ultra Deep Field” pictures that look like a patch of sky with an extreme number of stars in it, only further resolution shows that each star is not a star, but a galaxy full of its own stars. The pictures can be found in elementary classrooms, as wallpaper on personal computers, and in music videos. They account for the public interest in Hubble and in further construction of space and land telescopes. There was also public revulsion when NASA planned no longer to service Hubble so that it would lose power and die. Hubble won’t last forever, but it has been given a reprieve, and so more pictures are coming (there are 25 color plates in this book). One important lesson that Zimmerman shows we have learned is that a robot camera is a splendid tool as an observatory, but that humans must be available, too; only the teamwork of robot and humans could have brought about this success story. There is also more than a hint that the procurement and planning systems described here are far from perfect, and have not only caused financial and efficiency costs but also have ruined careers and personal lives of some of the scientists who are part of this story. It is a dismal lesson, but Hubble has been a glorious success, and Zimmerman’s book is a useful history and a reminder of how much popular support there is for scientific efforts.
As this book effectively illustrates, the life of the Hubble Space Telescope, thus far, has been full of ups and downs. The author’s extensive research has culminated in a very detailed story of this instrument – from its conception as an idea in the mid-twentieth century all the way to the present day. The author has covered just about everything on the history of this telescope: financial, bureaucratic, human, scientific and technical. One of the very few issues (maybe the only one) that hasn’t been detailed is the selection of the appropriate orbit for the telescope. The writing style is clear, authoritative and accessible. It is also, in large part, quite engaging, although I found the lengthy renditions of the many budgetary wars a bit dry and less interesting than the personal stories as well as the technical/scientific matters which were often quite gripping. This is a book that can be enjoyed by anyone, although astronomy buffs may relish it the most.
hmmm ah day saga begins. I need my hair done asap…
Check this video out — Michael Jackson – Man in the mirror
It varies by culture.
"While difficult to gauge, the best estimates for personal physical space place it at about 24.5 inches (60 centimeters) on either side, 27.5 inches (70 centimeters) in front and 15.75 inches (40 centimeters) behind for an average westerner."
"Personal zones of space vary from culture to culture. … Low-contact cultures (North American, Northern Europeans, Asian) favor the Social Zone for interaction and little, if any, physical contact. High-contact cultures (Mediterranean, Arab, Latin) prefer the Intimate and Personal Zones and much contact between people. Misunderstandings can occur when these two groups interact and either invade or avoid space and contact. "
You can imagine a party with high and low contact members. Low contact will continually back away as the high contact person wants to get in their comfort zone.
Did she just tell baby Sophia to put a cork in it on #teenmom ? She thinks she looking in the mirror?
“Birth of a god” from FFVII.
Where there is hope, there is life!
Logically, you’d have to assume something created the universe because of the laws of creation. Nothing can be created unless the creator exists. Do humans exist? Yes, we do. So with complete logic, you understand that if humans didn’t exist, computers cannot exist. That is science fact.
Hubble Ultra Deep Field 3D – #video #Hubble #space #science
"Interview with a Vampire" is a classic. Every vampire lover must read this book.
There are also tons of new vampire books out there like "Marked" and "Glass Houses" (Morganville Vampires Series).
There is even "Bloody Jack" if you want vamps and pirates.
I want to see the Eclipe movie trailer
Theater Review: “Galileo” Examines History And Humanity. The Contemporary Youth Arts Company production of Bertholt Brecht’s “Galileo” is an intriguing look at the the historical struggle between religion and reason, framed by the human … credit for the invention of the telescope, to his studies in Florence, which revolutionized science and physics, but which also drew the ire of the Catholic Church, which was opposed to the idea that the Earth revolved around the Sun. …
visionaries…
Dan, yes, I guess I could not even get my home page to load before and now I can
)
If you use a diagonal with a refractor and cassegrain telescope you can get a rightside up image but it will be backwards. (these are made of mirrors or glass prisms) for new people it is the 90 or 45 degree tubes at your eye piece you find on the end of the scope.
Hubble shows Pluto 'turning red'
RT Hubble detects mysterious X-shaped object traveling at 11,000mph: /via
Does this telescope make my butt look big?
YES! YOu noz it!
Let us make God in our own image……….
Here's what we love at CLC lives being transformed ppl connecting to God & their destiny, the church being built!
lol
I'm very excited about an American Future with Obama at the helm.
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Not knowing the specific disease that affected your Sago Palm makes it difficult to give specifics on prevention and reinfestation. I do know that Sago Palms are susceptible to leaf spots. Leaf spots are a fungal disease. Fungus reproduces via spores (fungal seeds). Spores are usually wind blown onto a plant's leaves, though they can also be splashed up onto a plant. Once on the leaf, they need moisture to move and penetrate the leaf's epidermis.
What can you do to prevent a reinfestation? The University of Florida suggest planting Sago Palms in slight shade. Sago's that experience the extremes of full sun are stressed enough to make them susceptible to leaf spot. Also, do not overhead water a Sago Palm. Try to keep their leaves dry. Pick up dead fronds. Dead leaf matter at the base of a tree can be a source for spore production and reinfestation. Clean your pruners often with a 10% solution of bleach or 75% solution of alchohal when pruning a Sago Palm.
io vorrei stare nella categoria “signorine con cui prendere il tè”
Making do without WiMax
ITWeb
CEO Mohammad Patel says O-Tel is working on a strategy that will give it access to some of the available spectrum for WiMax (space in the 2.5GHz or 3.6GHz …
and more »
When this was made, there was 9. Pluto was counted has a planet when i was a kid.
Life is like a mirror, we get the best results when we smile at it. ~Author Unknown
yup
International Top 10 Popularity Clone: Update
Seeking Alpha (blog)
The group combines 144 hedge funds selected from AlphaClone’s fund universe and screens them for just their ADR holdings.
What, you didn't like Jesus' answer ? ( You know not the day nor the hour) — Then why are you waiting for Him. Just curious.
dumb ass number 2
Every chicken needs 1 to 2 square feet of space inside the coop. The run is up to you. They would be much happier with a bigger run though. I would definitely get at least 2 silkies, maybe more. The two breeds should be able to live together, but make sure the bantams don't get picked on or anything like that.
It has become one of the most famous images of modern times. This image, taken with the Hubble Space Telescope in 1995, shows evaporating gaseous globules (EGGs) emerging from pillars of molecular hydrogen gas and dust. The giant pillars are light years
NASA Releases Stunning Hubble Telescope 20th Anniversary Book(NASA Breaking News)
I miss the days when I carried my daughter around in one of those.
the big bang lol its much more logical to beleive in God big bang ha you folks are a peice of work
Motivation is Built, Not Stumbled Upon
it depends on how old the unit is if it is really old then it was built on site which means youll mhave to reverse take it apart starting with top 1st then the faceframe and so on once you get the top off you ll be able to see how it was built and pull it apart accordling if the unit is newer it would be whats called a modular cabinet which is probly just screwed into the wall from the back of the cabinet simply undo the screws and pull it out make sure theres no mouldings that are nailrd to the front of the cabinet if so remove 1st with small prybar
good luck