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| 1. The Grand Design by Stephen Hawking, Leonard Mlodinow | |
![]() | Hardcover
list price: $28.00 -- our price: $13.99 (price subject to change: see help) Isbn: 0553805371 Publisher: Bantam Sales Rank: 95 Average Customer Review: US | Canada | United Kingdom | Germany | France | Japan |
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Editorial Review
Reviews
Customer review from the Amazon Vine™ Program (What's this?) This book began not with a Bang, but with a shudder. On the first page, I read the phrase (and yes it's a proof so this may be changed in the actual version): "Philosophy is dead". No one can argue that there is a modern day philospher with the influence of Aristotle; but surely, philosophy can't be dead!?
However, reading onward, the authors made their point quite convincingly: philosophy is dead in the sense of answering the most mysterious of life's questions. It is up to science, and scientific theory, to provide clues to the true answers, as philosphy in its most ancient forms has taken a back seat, but modern philosphy, that of scientific philosophy, has taken root. This book, you'll find as you read, is dumbed down. But it's not stupid or simple. While the math and the proofs of the math are essentially missing (a great boon for laymen like myself), the philosophical science is presented in a very interesting, detailed, and thought provoking way. It is not as difficult, and oft-maniacal, a read as Emmanuel Levinas, instead it's somewhere closer to Lucretius's On the Nature of Things (ironically). And so the authors move on in sequential and ordered fashion, trying to answer: Why is there something? Why do we exist? Why this set of natural law? The theories they expound upon are sometimes old, and sometimes groundbreakingly new, but all will either surprise you, educated you, or both; but in the least, make you think about reality and your own existence, and the reality of your existence. This book has illustrations every now and then. Most are of no use but to entertain you, in my opinion. Some are there to actually educate you in at least a small way. But what irked me a few times was that while I was reading a thought, I'd encounter a picture in the middle of the text that had nothing to do with the thought I was just reading about. A slight moment of confusion erupted, but was quenched right after I read the paragraph after the picture/illustration. This may be of no consequence to many, but while reading such interesting ideas, and mulling them over in my head, I certainly didn't like being interrupted by something that hasn't been discussed or processed. Otherwise, the book is pleasent on the eyes, as it's set in what would be essentially type 14, Times New Roman. For 190 pages, and such a large font, it's a very quick read, especially once you get captivated by the arguments that are laid out in front of you. I don't want to discuss them in detail, as not only am I unable to lay out the argument as convincingly as two geniuses, but also don't want to spoil the though-provoking journey this book will take you on. I highly reccomend this book to anyone who wants to see how modern, scientific philosophers, answer life's ancient questions and/or those who just would like a leg-up on modern physics, so that you won't be left out in the cold should you encounter a group of people conversing about the topic. Those with scientific minds, will prosper with this book. Those that fear God, need not look away. This book does not disparage, criticize, nor impinge. It, as with all books, simply provides a story and its lessons.
Customer review from the Amazon Vine™ Program (What's this?) This book is both shorter and more clearly written than any other physics book I've read, including Hawking's other works. If you are interested in physics but don't have the patience to read something long and detailed such as Roger Penrose's "The Road to Reality" then this is a great book for you. Even if you simply want to compare "The Grand Design" to less detailed pop physics books with minimal mathematics, it holds up very well. Usually the analogies that lay physics books employ in an attempt to make intuitive sense of mathematical concepts become quite strained, but for some reason everything seems to work here and the authors don't push them too far.
I was concerned by some of the things that were said at the outset such as "philosophy is dead" - each academic discipline requires years of study and can't reasonably be dismissed out of hand by someone who is an expert in another field - but my concerns were eased by the rest of the book. The quest for a grand unified theory of physics, the ultimate topic of many lay physics books, does sound philosophical and has resulted in various theories that are currently highly speculative and difficult to test. The M-Theory discussed in "The Grand Design" sounds more reasonable than the many alternatives but all are still very weak as far as scientific theories go. If you lack patience for mathematical formulas and want a short, clearly written physics book that minimizes the mathematics while still surveying the basic concepts of physics and introducing the more speculative current topics, I haven't read anything better than "The Grand Design".
Customer review from the Amazon Vine™ Program (What's this?) In a mere 180 pages, Leonard Mlodinow, the author of the excellent "The Drunkard's Walk" and of debates arguing against Deepak Chopra, and Stephen Hawking, expound a subjective interpretation of quantum physics, and offer a theory to try to unify all of the underlying forces of nature. A grandiose undertaking; along the way, they revisit the philosophical questions of Free Will, the origin of the universe(s) without a creator-God, and vividly describe some of the counter-intuitive concepts generated by quantum physics' strangeness.
They believe that we inhabit one universe in a multiverse version of quantum physics, in which there are an almost infinite number of universes that can arise spontaneously from the "big bang", and which then dictate the laws of nature that follow. This promotion of the so-called "strong anthropic principle" may offend some scientists and philosophers. The role of observation in determining quantum reality, and of its ability to alter the past in events in the quantum world, are just some of the seemingly bizarre concepts elaborated. This includes even the consequences of the delayed slit-lamp experiments. The cornerstone of their approach to quantum physics utilises Richard Feynman's theory of a sum of histories. Further underlying this, is the assumption that "reality" in our world is dependent on the model we use, and that if different models can successfully explain scientific phenomena, then each model must be considered equally "real". The clarity of the explanations are garnished with bits of humor that are tastefully incorporated without being intrusive. There is no math required, merely good use of logic in order to follow the arguments presented. There is a well-rounded historical summary of scientific discoveries, right up to and including the most recent ideas in string theory and particle physics. But make no mistake, they are expounding one subjective view of cosmology, and this might come across as overenthusiastic, controversial, or even supercilious, by physicists, other scientists, and philosophers of science, who may not hold these views. I found the book hard to put down. Accompanying the text are a few diagrams that are helpful in clarifying certain concepts. Overall, a nice summary of physics and cosmology, which culminates in an ambitious and highly subjective analysis/synthesis to try to explain the universe and reality.
Customer review from the Amazon Vine™ Program (What's this?) Widely called The Most Purchased, Least Read Book in American Publishing History, Stephen Hawking's treatise on black holes and space-time was a classic amongst science writing, as well it ought to be. It managed to take extremely abstract and difficult to understand material and make it approachable for thirteen-year-olds. (I was one of said teenagers.)
That said, the material in that book was, to my mind, simpler and more intuitive than what was in this book. Somehow, though, Stephen Hawking and Leonard Mlodinow managed to take even trickier material (and far, far more counterintuitive science) and make it approachable for lay folk. Inside, we are taught a brief history of science, from Thales to Feynman, and many of the thinkers in between. We learn of the intuitive theories of Newton and the bizarre realm of quantum realities. As a person who was familiar with wave-particle duality exhibited by subatomic and elementary particles, there was an amazing moment where experiments done with fullerene (a particle roughly 40 times as massive as water) exhibited the same phenomenon. Literally, there were a half-dozen world-view changing moments in this book for me. As at least one news website has (woefully!) spoiled for all of us, Hawking's beliefs on the creation of the universe are here, and he doesn't make us wait for his point of view (it's on page 9). That said, there is no polemic, no screeching rant against creationism or even intelligent design. He merely seems to take the position of Laplace. He is far more offensive, actually, with other statements, particularly about philosophy. Yes, much like memoiai, I cringed at the speculation that "philosophy is dead", merely because "philosophers have not kept up with science". Certainly, by the time the book closes, he makes the case that philosophers generally will have to do some catching up if they are to remain the metaphysicians and epistomologists amongst us (but other realms of philosophy, thankfully, remain intact). Despite a few such grandiose claims (the claim that all biology is a result of the electromagnetic force leaps to mind), this is by no means a belligerent or offensive tract. Rather, it shines through in the entirety of the book, and on virtually every page, that both scientists have the single goal of enlightening and perhaps, dare I say it, entertaining. It is rare (alas!) to find a book so accurate, so detailed, so educational, and so darned fun to read. This is certainly one that I will read again, and I have already started recommending it to others. (Usually, I start with the mischievous statement, "Want to break your brain?"). It's great. It really is. Things like this are why he deserves a Medal of Freedom, and perhaps a Nobel Prize in Peace as well. Harkius
Customer review from the Amazon Vine™ Program (What's this?) Stephen Hawking's reputation as a scientist is primarily based on his work on black holes in the 1970s. It was an early attempt to unite General Relativity and Quantum Mechanics, an extremely difficult undertaking that engendered a measure of success, making it an important achievement in scientific history. His second claim to scientific fame was the unprecedented triumph of his book A Brief History of Time which sold more than 9 million copies. His well known battle with Lou Gehrig's Disease has confined him to a wheelchair making his raspy, unearthly computer voice instantly recognizable. It has turned him into the most famous scientist in the world but the media suggestion that he inhabits the scientific pantheon with Galileo, Newton and Einstein may be an exaggeration of his achievements. In the opinion of many scientists, legendary physicists such as Maxwell, Planck, Bohr, Dirac and Feynman have made greater contributions and Hawking's reputation as the great seer may be part of the problem with this book.
Hawking and co-writer Leonard Mlodinow have written a short, popularized gloss of modern physics that assumes the reader knows almost nothing of science. We are told as if it were the very first time we had heard it that 2 dimensions means one needs 2 numbers to find a location and an ellipse is a stretched-out circle. The tone of the book can only be described as simultaneously lofty and dumbed-down in order to insure maximum sales. Anyone with even a little scientific sophistication may feel annoyed by this. In any event, the book is not targeted towards those comfortable with mathematics since not only are the simplest sums banished from the book but the very word mathematics seems to have been avoided by design. Where additional knowledge might have materially improved the book some tepid humor has been substituted instead. There are many cartoons included as well, as if emphasizing the book's popularized nature. Hawking controversially asserts that God was unnecessary during the birth and evolution of the multitude of universes that his chosen M-Theory posits as the cosmic landscape. Although he makes a point of offering this latest offspring of String Theory as his current choice for a Grand Unified Theory of everything, Hawking scarcely provides any explanation of M-Theory other than to assert that it is a theoretical patchwork quilt and conceptually very difficult. Surely if one is writing a book there is an obligation to provide more information than that. It strikes me as odd that in order to banish the concept of a single Creator from the universe Hawking must first embrace a cosmic landscape of 10^500 (10 raised to the power of 500, a number so large that it might as well be infinity) universes in order to explain why our own fortunate universe is so meticulously fine-tuned for life. Prof. Hawking's reason for doing this, of course, is that an infinite number of universes would statistically guarantee at least one life-bearing one, theoretically eliminating the need to explain why ours is so well-adapted for biology. But wouldn't a Supreme Being by very definition bridge all possible universes regardless of their number, thus leaving us right where we started? So why add the unnecessary additional layer of complexity? Surely this cannot be in the spirit of one of science's first principles: Occam's Razor, which suggests that the simplest explanation is usually the correct one. This book suffers from a real weakness: it often makes vague suggestions without offering substantive science. We are left with hazy conjectures when hard scientific realism is mandatory. Science is based on proof with mathematics as its rigorous handmaiden. Hawking offers us a handful of illustrations and some short anecdotal evidence in its stead. I found that deeply unsatisfactory and inevitably caught myself wishing that Hawking's reputation as a great seer had not clouded his judgement while writing this book.
Customer review from the Amazon Vine™ Program (What's this?) As I see it, The Grand Design was written with two purposes.
The first, less controversial reason for its existence is to repackage the author's previous works - an Even Briefer History of Time, perhaps? - into a volume that could be subtitled "what we now know". Hawking and collaborator Leonard Mlodinow condense millennia of scientific advancement into just a few short chapters, then make their case that M-theory (a unification of the various string theories) is the best candidate for a complete model of our universe, the best method to reach a complete understanding of it. The supporting evidence for this view is laid out clearly and systematically, making cosmology accessible to the layman - not an easy task! The second purpose of this book was to deliver a message to Religion, that message being "your services are no longer needed. Science has either answered the great questions of life or rendered them meaningless. This we do not ask you to accept on faith - we can prove it with mathematics and computer models, if you are smart enough to comprehend them". Many will be offended by The Grand Design, and a great deal more will reject it... regardless, it is hard not to view its message as Professor Hawking's parting gift to the world. ... Read more | |
| 2. Packing for Mars: The Curious Science of Life in the Void by Mary Roach | |
![]() | Hardcover
list price: $25.95 -- our price: $14.26 (price subject to change: see help) Isbn: 0393068471 Publisher: W. W. Norton & Company Sales Rank: 208 Average Customer Review: US | Canada | United Kingdom | Germany | France | Japan |
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Editorial Review Reviews
Customer review from the Amazon Vine™ Program (What's this?) First, audio books are okay, as they're mobile and offer something interesting to listen to in wretched DC traffic. But there's no paper, binding, printed words. I can't highlight, or go back and re-read passages, which makes a thorough review more difficult.
A note on this audio version: The "performer" is Sandra Burr (the Bonk reader), and she does just fine. Her voice is akin to Fresh Air's Terry Gross, mature, smooth, somewhat familiar. This book is another thoroughly enjoyable Mary Roach work, with the same diligent research, humor, inquisitiveness and hot pursuit of answers to the very common yet too-often-unasked questions that I loved in Bonk. Her humor is not snide or cutting, is sometimes a bit, ah, earthy, but is simple, straightforward, and derives often from the irony of what she is seeing, being told, or the curious and fascinating juxtapositions of facts and observations in what for her is a new world; she's not above a good doody joke. This book really isn't about upcoming Mars missions and preparations to undertake them. There's some of that, but this is more about the less-publicized but arguably much more important aspects of space travel, the enduring challenges from the first days of space chimps and dogs. The biggest problem with space is accommodating humans. That means food, water, air, and finding ways to handle what results. It means finding ways for humans to adjust to/deal with each other for days on end when crammed into the equivalent of the front seat of a Yugo. This book is about the universe of problems in putting humans into the most anti-human environment, and then handling all of the little yet absolutely critical details: breathing, eating, excreting, staying clean, fighting boredom, preventng psychosis. Roach has an unabashed curiosity for the more, ah, fundamental aspects of things. She's not interested in the ready-made PR line that we're all fed. Above all, Roach is a good sport, up for travel to NASA sites, the Arctic or Russia, up for trying experiments and situations herself, a willing and normal buddy who reports fully on what she's experiencing. I'd love to sit next to her on a very long plane flight. So, you wanna be an astronaut? You'd better be ready to put up with a lot. The space agencies are watching, listening, and evaluating. Never mind their intentional little mind-games, with sneaky, roundabout evaluations, tests-within-tests, calls at 0-dark-thirty, lying about lost tests results, trying to stress you. If you don't do well with repetition and petty annoyances, then a major mission malfunction at 7 bazillion miles from Earth is really going to set you off; so goes the candidate-selection logic. There is not a great deal of deep scientific discussion or technical language; thankfully this book does not read like Scientific American. But, Roach does provide the necessary scientific and technical background and context to set up her explorations, and thankfully she does not dumb it down, using spot-on technical and scientific terms as needed, but never in excess (and often for humor). You get a myriad of thoroughly fascinating explorations of all things space-y, and Roach's frequent and highly entertaining footnotes, on such delightful subjects as: the importance of vaginal contraction for lifelong health; urine collection in zero-g; cadaver use in impact studies; space farts, and whether a good one might actually propel you in zero-g; how to treat with respect and dignity the various remains of a trailblazing, national-hero space chimp; the coefficient of flatus; mess hall pork and sub-optimal animal research outcomes; space-chimp Enis the Penis, and the quest to find out if he was a stinker or a wanker; fecal papier-m�ch�'; getting your whosis all lined up--on camera--on the space toilet simulator; food tubes/cubes/bricks/bars/blocks/rods; the unpleasant choice of slow suffocation in a space suit or a cyanide capsule if you can't get back through the hatch; helmet vomitus; why gravity is your urethra's friend; human skin oil secretion and its role in underwear decomposition; egesta; bear hibernation bloodborne calcium regeneration; the "bursting" of a body in the vacuum of space; human body reactions to and actions in zero-G, and in lots of Gs; a BAMF; the corned beef sandwich incident; an exploration of the suffix "-naut," and lots more. And yes, Ms. Roach drinks her own urine, and pronounces it a nicely sweet and restorative lunchtime beverage. And never forget this sage advice: "...anal leakage is not your pal." Chapter 12 probes sex in space and/or zero gravity, and determining whether this actually has taken place yet. The Mary Roach who got it so right in Bonk is all over this investigation, asking prickly questions of aerospace professionals who either have been sworn to secrecy or are just being prudent. Roach tracks the issue relentlessly, even chasing down a retired Czech porn actress to discuss her reported earth-shattering contribution to aerospace exploration. Roach chases this expertly, and in the end offers a few clear answers, but no definitive answer to the central question. The language is salty at times, with a couple f-bombs (nevertheless thoroughly in keeping with context). There is some quoted profanity, and a bit provided by Roach herself, a nice accessible, earthy touch. This being said, it's really pretty tame. Age-wise, this is acceptable reading for a well-read, mature 13-year-old, although some of Roach's jokes will go right over said reader's young head. Bottom line: the unbridled curiosity, intellectual rigor, conscientious research and entertaining humor that made Spook, Stiff and Bonk such successes is fully present here. Roach has crafted a wonderful, highly entertaining and informative book that blows out of the water, uh, explosively decompresses almost every science fiction film ever made, and sucks almost all of the glamour and some of the glory out of space exploration faster than a defective airlock. Until they perfect warp drives and localized gravity generators, I'll stay down here, where I'm in control.
Customer review from the Amazon Vine™ Program (What's this?) Mary Roach is, easily, one of the funniest writers in America. What makes this even more interesting is that, she isn't a comedienne or even a comic novelist; she's a SCIENCE writer. Both "Stiff" and "Bonk" were hilarious... AND informative, but she has outdone herself with "Packing for Mars". Having said all that, the question becomes: Is the audio version (read, not by Roach, but by Sandra Burr) able to bring out all the humour AND THE SCIENCE of the written text? Yes... in spades! Indeed, this leads to a dilemma. One of the best places to listen to audio books is, of course, in your car, only... How safe are you when you're laughing hysterically at the functioning of a Space Toilet? If you think Texting while driving is dangerous, let me tell you, picturing an astronaut with a vomit filled space helmet can be lethal at 60 mph! But, if you can handle it, this is one enjoyable experience... oh, and you'll learn something, too!
Customer review from the Amazon Vine™ Program (What's this?) I really wanted to like this audio book. I love the subject matter, anything about space usually gets me excited. When I got the opportunity to review this title I jumped at it!
The author, Mary Roach, has been recommended to me several times. I purchased and loved "Stiff" and was really looking forward to this title. The book could be amazing. There were several parts that really got my attention. However, this is more due to my interest and the writing than the reading. After listening to the first CD (out of 9) I assumed that the reader was a first timer. I am always willing to give a new reader a chance, they all get better with time. However, looking at the back of the box, I found that the reading is performed by Sandra Burr. I've never listened to anything else read by her, but her credits state that she is a long time performer of audio books and is a best seller. I don't know. Maybe Ms. Burr had a bad few days while reading this book. I found her performance droning and monotone. Many times I listen to audio books while working or driving. In the past I have always been able to follow along just fine. With Ms. Burr's reading, listening to "Packing For Mars" was like listening to white noise on a broken radio. While a signal came through a few times, usually the story was completely missed. All of that said, I think I would have really enjoyed the book. I hope to read it in the near future and, when I do, I'll post a review. As it is, I have to recommend that you buy the book itself over the audio version.
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| 3. NightWatch: A Practical Guide to Viewing the Universe by Terence Dickinson | |
![]() | Spiral-bound
list price: $35.00 -- our price: $20.99 (price subject to change: see help) Isbn: 155407147X Publisher: Firefly Books Sales Rank: 372 Average Customer Review: US | Canada | United Kingdom | Germany | France | Japan |
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Editorial Review The first three editions of Night Watch sold more than 600,000 copies, making it the top-selling stargazing guide in the world for the last 20 years. The key feature of this classic title is the section of star charts that are cherished by backyard astronomers everywhere. Each new edition has outsold the previous one because of thorough revisions and additional new material. Night Watch has been acclaimed as the best general interest introduction to astronomy. The fourth edition has revisions in every chapter, including:- The famous charts, ideal for stargazers using a small telescope or binoculars- A complete update of the equipment section, including computerized telescopes- An enlarged photography section, including how-to instructions for using the new generation of digital cameras for astronomical photography, both with and without a telescope- The tables of future solar and lunar eclipses, planetary conjunctions and planet locations, updated through 2018. This edition includes for the first time star charts for use in the southern hemisphere. There are also dozens of new photographs throughout the book that show the latest thrilling discoveries made by current space observatories and probes. Reviews
All too often a parent will buy the "blue light special" telescope for their children, yet the child is quickly frustrated with inferior optics, a wobbly stand, and no knowledge of what to look at and why. This book will allow those parents to grasp the basics of astronomy and therefore teach their children to appreciate the universe. Mr. Dickinson has presented material so that everyone can enjoy the night sky; whether viewed with a telescope, binoculars, or the naked eye. For those older children or adults, this book will allow them to jump headfirst into astronomy as a lifelong enjoyment. If you want to have only a basic understanding of the celestial bodies, this book is more than enough. But in the last few pages, Mr. Dickinson tells you where to go to find greater resources to further knowledge. Because of his recommendations and my own research, I've acquired the following items that I would also like to recommend: Sky Atlas 2000.0 by Wil Tirion (a great resource for finding objects not usually in the astronomy magazines' monthly inserts) The Backyard Astronomer's Guide by Terence Dickinson (this is a "sequel" to Nightwatch and between these two books, they are used about 80% of the time compared to my other resources) Turn Left at Orion by Guy Consolmagno (I enjoy using this book to plan an observation session for "old favorites" or as a "highlights tour" for showing to those new to astronomy) Other resourses that are more in depth that you may want to consider if you become very serious about astronomy: Burnham's Celestial Handbook, Volumes 1, 2, & 3 Deep-Sky Companions : The Messier Objects A subscription to Sky & Telescope or Astronomy I can't say enough about Nightwatch. This may be your first, or your "first and last" book on astronomy. But either way, you will enjoy astronomy because of Terence Dickinson's writing.
Topic coverage is very broad and the depth of information I find is very satisfying. Chapters include the structure of the universe, stargazing, a detailed guide to selecting and purchasing equipment, the stars, the planets, the moon and sun, solar and lunar eclipses, comets, meteors, auroras and even how to photograph the night sky. The book is further enriched by an abundance of backgrounders, star charts, tables, breathtaking images and excellent diagrams explaining things like measuring degrees with your hand and how to use the constellations to find other stars. Important stars and constellations are treated like individual personalities as a lot of the associated data such as distances are put into perspective. Nightwatch is a clearly focused book. Rich in information, and down to earth with its content, it will satisfy the budding backyard astronomer's need to appreciate what's out there and how to enjoy it.
Perhaps, the most useful aspect of the book is its available in spiral bind. It makes so easy to navigate the pages and keep it spread around during observation. The second useful aspect, especially for the beginners, is the charts of constellations. I own the SkyAtlas 2000.0, but the info in it is sometimes overwhelming. But Nightwatch displays the brighest objects of deepsky in easy charts and also gives quick info (light years, magnitude, is it good for binocs etc) right below the object. When my friends visit my back-yard, this book is helpful in locating the star and also give them quick funda about it. In fact just binocs and this book are enough to spend a dark sky night. This book along with Backyard Astronomers (by same author) will probably be a complete beginners library. (Backyard Astronomers gives more details about telescopes).
My major complaint and only real reservation I have about this book is that the author is very biased in favor of large and expensive telescopes and makes the argument that only such instruments can provide quality views of the stars. The truth is that such instruments are beyond the financial reach of 95% of amatuers. I own a 4 and 1/2 inch newtonian reflector and separately purchased a handful of quality plossl eyepieces and have made detailed observations of most of the planets as well as many nebulae and other objects. I spent a total of about $300-400. Had I listened to the advice of the author and not bought a scope in this range I would have missed out on years of quality viewing. It would have been more helpful if he had mentioned which of the low-cost scopes were worth buying (as some are) instead of dismissing all models below $500.
When a new comer comes to our club or viewing session and asks for a book that will help them to learn more, it is "Night Watch" that is always recommended to him or her. The book talks plainly and easily to the new beginner, helps them to imagine and realise the size and depths of the universe, offer's tidbits of information on telescopes, what to look for what not to look for. Star charts expertly detailed and easily read, offering all kinds of celestrial targets to shoot for. The charts are done in such a way as not to confuse the user with thousands of stars (such as found in the more involved star atlas, these come later), the charts offer targets not only for the telescope but for the binoculars as well. For those of you who do not own a telescope YET! By far this is probably one of the best purchases you'll ever make. This book without a doubt won't be sitting on the bookshelf collecting dust, rather it will be in your lap while you search the night skys!... Enjoy the book!
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| 4. Chariots of the Gods by Erich von Daniken | |
![]() | Paperback
list price: $15.00 -- our price: $10.20 (price subject to change: see help) Isbn: 0425166805 Publisher: Berkley Trade Sales Rank: 830 Average Customer Review: US | Canada | United Kingdom | Germany | France | Japan |
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Editorial Review
Reviews
If a golden amulet looks like a modern airplane, then it's an airplane. Period. If a stone carving looks like an astronaut, then it's an astronaut. Period. If a straight line drawn in the sand extends for the length of a modern runway, then it's a runway. Period. And this same style has gone on and on for years and through several books, with more on the way. I take everything he says with a grain of salt. He is sooo quick to jump to (seemingly) reasonable conclusions that I can't help but be intrigued... but obviously I can't even call that he does "theorizing" since he never spends enough time on one piece of evidence to complete his arguments. I look at his work as a starting point, rather than a finished product. If someone takes one of his ideas and runs with it, gathering collaborating evidence and building a more air-tight case for the "solution" presented in his works, then in my opinion Von Daniken has done his job. Unfortunately, I can't be sure Von Daniken shares this opinion. I think he raises important questions, yet his answers are too quick off the mark and ultimately unsatisfying to the discriminating reader. I much prefer the approach taken by Graham Hancock, for example, who normally stays much more conservative. Hancock presents compelling arguments supported by many different pieces of evidence, and will not insult the reader by leaping to his conclusions based upon a single painting or pottery shard. Anyone interested in "alternative" (for lack of a better word) history would do well to pick up Hancock's "Fingerprints of the Gods" for a better-realized examination of ancient mysteries. I still find Von Daniken immensely entertaining, though. Call it a guilty pleasure. I would never be able to defend his ideas during an in-depth discussion of them, and I honestly don't believe Von Daniken would be able to either. I give this book 5 stars for being a lot of FUN and a closet masterpiece.
He repeated this phrase throughout the book. Each time I saw it, I cringed. This phrase tries to cut off debate, stifles analysis, and generally hurts the credibility of the entire work. When people are so convinced of their own position that they try to suppress any information to the contrary (even rhetorically), they are degenerating to the level of the "Thought Police" - or worse. Sorry Herr von Daniken, you blew it.
Where is the proof for von D�niken's claims? Some of it was fraudulent. For example, he produced photographs of pottery that he claimed had been found in an archaeological dig. The pottery depicts flying saucers and was said to have been dated from Biblical times. However, investigators from Nova (the fine public-television science program) found the potter who had made the allegedly ancient pots. They confronted von D�niken with evidence of his fraud. His reply was that his deception was justified because some people would only believe if they saw proof ("The Case of the Ancient Astronauts," first aired 3/8/78, done in conjunction with BBC's Horizon and Peter Spry-Leverton)! However, most of von D�niken's evidence is in the form of specious and fallacious arguments. His data consists mainly of archaeological sites and ancient myths. He begins with the ancient astronaut assumption and then forces all data to fit the idea. For example, in Nazca, Peru, he explains giant animal drawings in the desert as an ancient alien airport. The fact that the lines of the drawing would be useless as a runway for any real aircraft because of their narrowness is conveniently ignored by von D�niken. The likelihood that these drawings related to the natives' science or mythology is not considered. He also frequently reverts to false dilemma reasoning of the following type: "Either this data is to be explained by assuming these primitive idiots did this themselves or we must accept the more plausible notion that they got help from extremely advanced peoples who must have come from other planets where such technologies as anti-gravity devices had been invented." His devotion to this theory has not dwindled, despite contrary evidence, as is evidenced by still another book on the subject, Arrival of the Gods : Revealing the Alien Landing Sites at Nazca (1998). There have been many critics of von D�niken's notions, but Ronald Story stands out as the most thorough. Most critics of von D�niken's theory point out that prehistoric peoples were not the helpless, incompetent, forgetful savages he makes them out to be. (They must have at least been intelligent enough to understand the language and teachings of their celestial instructors--no small feat!) It is true that we still do not know how the ancients accomplished some of their more astounding physical and technological feats. We still wonder how the ancient Egyptians raised giant obelisks in the desert and how stone age men and women moved huge cut stones and placed them in position in dolmens and passage graves. We are amazed by the giant carved heads on Easter Island and wonder why they were done, who did them, and why they abandoned the place. We may someday have the answers to our questions, but they are most likely to come from scientific investigation not pseudoscientific speculation. For example, observing contemporary stone age peoples in Papua New Guinea, where huge stones are still found on top of tombs, has taught us how the ancients may have accomplished the same thing with little more than ropes of organic material, wooden levers and shovels, a little ingenuity and a good deal of human strength. We have no reason to believe our ancient ancestors' memories were so much worse than our own that they could not remember these alien visitations well enough to preserve an accurate account of them. There is little evidence to support the notion that ancient myths and religious stories are the distorted and imperfect recollection of ancient astronauts recorded by ancient priests. The evidence to the contrary--that prehistoric or 'primitive' peoples were (and are) quite intelligent and resourceful--is overwhelming. Of course, it is possible that visitors from outer space did land on earth a few thousand years ago and communicate with our ancestors. But it seems more likely that prehistoric peoples themselves were responsible for their own art, technology and culture. Why concoct such an explanation as von D�niken's? To do so may increase the mystery and romance of one's theory, but it also makes it less reasonable, especially when one's theory seems inconsistent with what we already know about the world. The ancient astronaut hypothesis is unnecessary. Occam's razor should be applied and the hypothesis rejected.
Do I believe in extraterrestrial life? Absolutely. Do I believe they have made contact with the human race throughout history? Possibly. Do I believe that anything in this book is true? No. What Von Daniken is trying to do with 'Chariots of the Gods?' is to make the claim that humanity, within all it's diversity, and intelligence is little more than a product of alien intelligence (what's that say for us?); that all of the great civilizations which have existed through time (the Maya, the Egyptian, the Sumerian, etc.) were all involved in some kind of "alien worship"; and that all of the beautiful relics of the past (the statues at Easter Island, the lid of Paleque, the Pyramids, etc.) were little more than "landing instruments" for these extraterrestrial "gods". Not to be taken seriously, but would make an excellent storyline to an number of sci-fi films out there today.
When I was twelve I read "Chariots of the Gods" and was a believer for about a year. Then I read a few basic texts about the Maya, Incas, etc., and discovered that Von Daniken was in error so much that well it's a joke. For example the traditional Andean accounts attribute the colossal stone construction at Cuzco and elsewhere in Peru to the Inca Emperors. And such monumental construction was continueing when the spanish came. As for the Maya Von Daniken's explaination for the Mayan collapse has been exploded and so has his explaination for the Sarchophagus lid from the Temple of the Inscriptions at Palenque, which we know know from being able to read the Mayan Hieroglyphs depicts thee Mayan King Pacal falling into the maw of death down the cosmic tree. Von Daniken's comment about a inscription about a hot wind describing the death of the man in the Sarcophagus is total invention. Then his book is peppered with absurd comments like stating that a jade necklace found in a Mayan tomb is fantastic because we all know jade only comes from China!. Well thats not true as even the smallist amount of research would indicate. As for Von Daniken's research by going to various sites; well if you go and are unwilling to listen to what the researchers who have devoted their time to unraveling these sites you will of course view them as "mysterious". Von Daniken is a very funny joke and even funnier are those who don't see the joke. ... Read more | |
| 5. How I Killed Pluto and Why It Had It Coming by Mike Brown | |
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Customer review from the Amazon Vine™ Program (What's this?) Thanks to Mike Brown, two of my childhood illusions have been shattered: Pluto is no longer a planet, and Astronomy isn't a riveting, exciting science as I thought it would be.
Mike Brown is a CalTech astronomer who has been looking for objects past Pluto and found over a dozen of them. That's where the problem lies. Most of objects are half the size of Pluto, and Eris is about 25% bigger than Pluto. So it stands to reason that either Eris is our new 10th planet in the solar system, or since it behaves a bit strangely like Pluto, then Pluto isn't a planet (since it moves in an irregular orbit, etc.) The logic makes sense, and Dr. Brown explains it from both sides and fully understands that growing up, all of us learned that Pluto was a planet, and that changing that would result in uproar. He's fair and balanced in his logic and reasoning and explains it very well. Dr. Brown doesn't romance the life of the astronomer: they work odd hours, have to deal with weather, the moon, long hours poured over maps and plates to determine if objects move or not. They're obsessive creatures with understanding spouses (Dr. Brown mentions his spouse a lot, who sounds like a great person and adds "Astronomy wives" to the long list of suffering spouses who deal with a spouse with a crazy profession.) There's an interesting background to what it means to actually discover something. I didn't know that there was a proper naming nomenclature behind finding objects. Giving Eris the original name of Xena (after the "Warrior Princess" TV show) lead to vigorous discussion. If it was a Kuiper belt object, then it should be named after a creation deity. This is something that not many people are aware of, and they got bent out of shape when Brown and his group deviated from it, even with nicknames. The writing is strong. Sometimes with books written by scientists, the narrative tends to get in the way of the science. I hope that this isn't Dr. Brown's last book, because I could see him writing more books on astronomy for wider audiences. Overall, I'd recommend this book for people with an interest in astronomy and anyone who has an interest in why Pluto isn't a planet any longer. It's a good read for anyone who's ever dreamed beyond the planet.
Customer review from the Amazon Vine™ Program (What's this?) The title of this book immediately grabbed me. I knew Pluto was no longer considered a planet because it differed in some important ways from the eight planets. What those important ways were, I had no idea. I was, however, interested in knowing more. The title of the book gave me hope that this would be an educational but also enjoyable read, and it lived up to that.
Mike Brown, the author, played an interesting role in Pluto's demise. He had spent many years of his career hoping for and searching for a tenth planet. As an important part of that quest, he considered "What is a planet? How will I know if I've found one?" He came to the conclusion that Pluto should not be a planet for a variety of reasons well-explained in the book. But then, Brown discovers what is quickly hailed by the press as the "tenth planet." Eris is similar to Pluto in many ways, and logically, the fate of one will be the fate of the other. Either both are planets and both are not. And many more accolades will be due to the finder of the 10th planet then to the finder of yet another object in the solar system. But still, the author affirms that Pluto should not be a planet and neither should his own discovery. The author is an astronomer, a scientist. There are many in scientific fields that have quite a bit of valuable knowledge, but are absolutely incapable of explaining it in a way that the average person can understand. Not so for Mike Brown. Science is not my strong suit, but I found the book quite readable. He's very good at explaining scientific concepts to the uninformed. The book is written in a very conversational tone that is quite easy to read. This book was about more than just Pluto and it's demotion from planet status. I learned many other interesting things in this book. I learned about all of the difficult legwork that goes into astronomical discoveries, the effects digital photography had on astronomy, the guidelines for naming objects in the solar system. I learned about the history of man's understanding of the solar system. One of the most interesting details was that for many decades in the 1800s, school children were taught about the eleven (!!!) planets. Several of them, however, were eventually demoted as knowledge of the solar system grew, and their fate made Pluto's fate make much more sense to me. I learned a world of things, which were all made more interesting by Mike Brown's gifted writing. I would highly recommend this book to anyone who is at all intrigued by the title. It's a very enjoyable popular history/science book, but also highly informative. While it's aimed at the adult market, I would also recommend it to students in junior high or high school years, all of whom would have learned about the *9* planets, and may not have much knowledge of why the number is now 8.
Customer review from the Amazon Vine™ Program (What's this?) At what point does a hill become a mountain? A stream become a river? A pond become a lake? Although it's pretty easy to find definitions that utilize objective, measurable terms, the fact remains that for mountains, rivers and streams, these definitions are hardly carved in stone.
Look at Mount Wycheproof, a few hours north of Melbourne, Australia. At its "peak," it stands a meager 141 feet above the surrounding terrain, but to the best of my knowledge no one has ever created an online petition to rescind its status of "mountainhood."However, if Australian officials were to officially declare that it was really just a hill, change the highway signs and re-write the textbooks, I suspect there would be an outcry --at least in southern Australia. The funny thing is, that if the tables were reversed and it had been referred to as "Wycheproof Hill" all along, it seems likely that a proposed change to "upgrade" its status would not be met with much more than a shrug. Demotions raise people's ire. Promotions... rarely as much. As an "astronomy person," I was excited to see that astronomer Mike Brown has written a book called HOW I KILLED PLUTO AND WHY IT HAD IT COMING. Brown is a professor of planetary astronomy at Caltech, and is best known as the discoverer of more than a dozen "TNOs" (Trans-Neptunian Objects), one of which, Eris, is larger and more massive than Pluto. It only follows that if Pluto were still the ninth Planet, then Eris would of course be the tenth. And Mike Brown would then be the only living person to have discovered a planet. But despite the rather obvious reason for Brown to argue for Pluto's "planethood," (which would instantly elevate his own status to that of the other "modern" planet discoverers, Herschel [Uranus-1781]; Neptune [Verrier, Adams, Galle-1846]; and of course Pluto [Tombaugh-1930]), Brown has chosen to side with those who consider Pluto one of a new class of "dwarf planets." Whether you agree or disagree with the notion of Pluto's new status, Brown does a commendable job explaining his reasoning. Certainly the fact that he's arguing for something that is contrary to his own best interests goes a long way toward making his arguments that much more compelling. More than that, Brown provides not only a fascinating account of the incredibly lengthy process of discovery, but he's also quite adept at explaining some very difficult concepts in terms that a layman can easily understand. One in particular caught my eye, as I recently spoke with someone who was convinced that we can't possibly predict the future positions of any distant objects, as they take hundreds of years to orbit the sun, and therefore we haven't witnessed "one whole orbit." All I could do was state that physics dictates that having just a tiny segment of the orbit was enough, and that the physics was very well-understood. (By true scientists -- not by me!) Brown however, provided a great analogy that shows that we are hard-wired to understand the physics. If someone tosses a ball in your direction, you only need a brief moment to be able to predict where it's going to end up. Obviously, professional baseball players are better at this than the rest of us, but notice that a player can often get into position to catch a long fly ball while it's still on an upward trajectory. They're not standing in the outfield running a computer simulation, plugging in ball-speed and initial flight angles --they're eyeballing it, and more often than not, getting it right-- literally moments after the ball is hit. Imagine how much better they'd be if they COULD feed all the parameters into a computer! As Brown points out, there's a very high confidence level in determining an object's orbit once a few "segments" of the orbit are available to be measured. Brown also writes at length about the controversy surrounding the discovery of Haumea. A number of years back I remembered reading that there was an "issue" regarding its discovery, with an American team and a Spanish team both claiming credit. Brown tells the entire sordid tale, which itself reads like a good detective story. -Jonathan Sabin
Customer review from the Amazon Vine™ Program (What's this?) Mike Brown put together an interesting and highly readable book about his discovery of Eris, and other Kuiper belt objects, in this fascinating book. Brown explains exactly why Pluto shouldn't be a planet, and by the end of the book I found myself grudgingly agreeing with him. Two things stick out as memorable bits of science history. The first, which I never realized, was the accepted configuration of the solar system in the late 1800s, in which 4 of the main-belt asteroids were considered to be planets. I hadn't realized the collection of objects that we refer to as planets was so mutable. The second was the fleeting nature of secrecy of electronic information and the importance of good security. The lack of such data security led to a controversy about the discoverer of one of the major Kuiper Belt objects, which forms a large part of the last third of the book.
This would be an ideal book for a holiday gift for any adults (and teens, for that matter) on your list that have an interest in astronomy or science - or even for yourself if your interests are so inclined. It is long enough to make you feel satisfied when you finish, but short enough to finish in the space of a few days. Highly recommended.
Customer review from the Amazon Vine™ Program (What's this?) As a long time "Pluto is a Planet" advocate I have to hand it to Mr. Brown. He's made the most compelling case for "Pluto is solar debris" that I've run into. Well done.
But there's MORE to this book than a "what is a planet" lecture. I LOVED the details of how modern astronomy is done. Waiting for telescope time. How to jump the line. Analyzing pictures for movement - both old style (blink comparators) and new (computers). Let's not forget the politics! Who knew that internet chat groups could wage war on astronomers? Or that there could be computer-detective work to foil planet-stealing Spaniards! There's lot more to learn and enjoy in Brown's saga of the Kuiper Belt. Recommended to anybody with even a casual interest in modern science.
Customer review from the Amazon Vine™ Program (What's this?) Over the period of several years Mike Brown, an astronomer at CalTech, discovered large objects in the Kupier Belt (the asteroid belt outside of the orbit of Neptune) that led astronomers to consider the question, "What is a planet?" and "What does this mean for Pluto?". It took years, but eventually astronomy's governing body voted on the status of these newly discovered bodies...were they to be considered planets or not?...and what does this mean for Pluto, which is of a comparable size and location to these new discoveries?
Brown weaves a clear and engaging narrative of his experiences as these events unfolded. I was fascinated by his description of how astronomers do their work, how they accumulate observations, how they analyze those data, and then write up their results so that others have information about the new discovery when it is announced. Brown uses an interesting method of helping the reader stay up to date on what happened when by commenting on things like his own engagement, the birth of his daughter, and his daughters development and growth. This part of the book provides an interesting insight into the mind of scientists, how they view the world and try to make sense of it. Interestingly, Brown was not centrally involved in the official discussions and decisions that demoted Pluto from being a planet to being a dwarf planet, but even though the decision to keep Pluto at the status of a full planet would have recognized some of his own discoveries with the same label, Brown does an excellent job of explaining why that would not have been the best outcome. So, if you are still mourning the loss of Pluto from the list of planets in our solar system, here's a book by the person best poised to know and explain why that is. This book is highly recommended for anyone with even a passing interest in astronomy or how science works, or both. Only 5 stars because I can't award more.
Customer review from the Amazon Vine™ Program (What's this?) Who will be interested in this book? Astronomy buffs, of course, science historians, every last geek alive, people who enjoy really good writing, and (surprisingly) also anxious new parents.
By coincidence, Amazon delivered this book just as I was re-visiting perhaps the best scientific discovery book ever written: The Double Helix, so I had the Gold Standard fresh in my mind as I dove into this one. Mike Brown is a good writer. There are three separate stories in here. There's the discovery of the "tenth planet" and the eventual (correct) decision to instead demote Pluto, which is a fascinating tale. Then, just when you think the fat lady is about to sing, outrageous cheating, lies, international intrigue, and clever 21st Century detective work appear out of nowhere. And then there's what was going on in the author's life at the time, the whole back-story of how he got into astronomy, and how his discoveries affected him and his new family. All of that is an integral part of the story, and besides, you might be as amused as I was that this very bright man, quite capable of discovering planets and accurately describing how his wife and he came together, yet still somehow believes that HE was the one doing the courting. In case you worry that the whole thing might be too touchy-feely, let's head down into the astronomy for a moment. I was delighted that the storied but almost-forgotten wide-field Schmidt telescope at Palomar (the source of the first and still-relevant star map of the Northern Hemisphere) became the workhorse of the whole endeavour. This saved the researchers' very limited time on the "big guns" (the 200" Palomar, the Keck, and the Hubble) for the luxury of the occasional urgent zoom-shot that might, if lucky, discover a moon or even methane. The Keck (twin-telescope observatory on Mauna Kea) session is particularly interesting. If you have a vague idea of adaptive optics, and idly thought about learning more by reading the Wikipedia entry (oh, be my guest :-), you might instead pick this book up. Luckily for us inquiring amateurs, Mike Brown's team needed quick access to one of the Kecks, so they had to accept a night when the real purpose of the evening was to test and calibrate the new "laser reference star" for the adaptive optics system. In the space of a page or so, we get to understand the concept well enough to take on a Congressional investigation committee, or at the very least a cocktail party. There is hard science in here, but "hard" simply means solid, not difficult: everything that needs explained gets very clear treatment indeed. Need to get a hands-on sense of how far away these strange objects are? All you need is a sheet of paper, a quarter, a pencil, and page 100 of this book. You will also learn that the team's concurrent discovery of another distant orbital object (Sedna, including its satellite, its strange orbit and its debris-field), has led to a basic (and ongoing) re-think of the birth of the Solar System. It would have been nice if this angle, which doubtless has much more astronomical significance than the discovery of "the 10th planet", had been gone into in more detail. But if the book leaves you wanting more astronomy, the good news is that you can get regular (and fascinating) updates by subscribing to (Amazon (quite reasonably) doesn't allow external link addresses, so take the following as a broad hint) Mike Browns planets dot com. Enough astronomy; back to sign-language: Intertwined in all this are his interactions with co-workers and his utterly-geeky and hilarious approach to birth-anxiety and child-rearing. If you are a new parent, you may laugh at his obsession about graphing birth-dates and everything else in obsessive detail. All fine and well, but what might really grab you is his idea that, instead of waiting for your child to develop verbal ability, you instead deliberately teach the concepts of sign-language. For example: if you're about to turn on a light, hold a fist high above your head, then as you flip the light-switch, open your fingers. You may eventually be rewarded by a pre-verbal child, bothered by the moon going behind a cloud, instructing you to bring it back by using the same gesture: Mike Brown was. (Unluckily for his daughter's developing world-view, the moon immediately obliged.) How tough a book is it? When I finished, I sent it to my 13-year-old son, who is likely to swallow it in one gulp, accompanied by loud belching. So why not five stars? Easy: I'd just finished "The Double Helix."
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| 6. A Short History of Nearly Everything by Bill Bryson | |
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Bryson tries to do what most school textbooks never manage to do, explain the context of science in a way that is relevant to the average person. At the beginning of the book, he recalls an event from his childhood when he looked at a school text and saw a cross-section of our planet. He was transfixed by it, but noticed that the book just dryly presented the facts ("This is the core." "This part is molten rock." "This is the crust.", etc.), but never really explained HOW science came to know this particular set of facts. That, he quite correctly points out, is the most interesting part. And that is story he sets out to tell in this book. Bryson obviously spent a great deal of time and effort developing and checking his facts and presentation. He obviously enjoyed every minute of it too, and it shows. Never have I read a book where the author conveyed such joyful awe of what we have learned as a species (with the possible exception of some of Richard Feynman's books). My benchmark for this kind of book is usually; How well does it explain modern physics? There are few books out there that manage to explain relativity, quantum mechanics and string theory in a way that doesn't make your eyes glaze over. The Dancing Wu Li Masters by Gary Zukav is the best of the lot in my opinion. While this book did not change my opinion, Bryson's explanations of these mind-bending theories are not only lucid and sensible, they are also full of his telltale tongue-in-cheek side comments and therefore are just plain fun to read. However, Bryson goes way beyond Zukav, focusing not only on physics, but on the full panoply of scientific disciplines. He also focuses more on the discoverers themselves, and the process of discovery. One of the things I like about this book is that Bryson again and again makes sure credit is given where credit it due. For many discoveries, he tells us the "official" story, but also tells us the often untold story of the small-time scientist who got the idea first but, for whatever reason, never got credit. This happens a great deal in science, and Bryson appears to be on a quest to set the record straight when he can. The result is not only charming storytelling, it's got a certain justice that just feels good. I didn't have huge expectations for this book, but I am delighted to report that it is one of the best of its kind. Hurrah to Bryson for writing it, and hurrah to me for stumbling on it.
The author says he didn't do very well in science when he was in school because the teachers and texts seemed to be hiding all the good stuff. Now, as an adult, he's gone after the good stuff. And he's the guy to write it so the rest of us can understand. Not only does he write clearly, but he's very good at explaining as much as a normal person can understand (of relativity, for example), while pointing to the stuff that's weird, and setting aside the stuff that you have to be a specialist to understand. He also is very good at giving credit to people who thought of things but were ignored until someone else came along and took credit. This has happened all too frequently, and it's good for the record to be set straight. If you too were afraid of science, this is a wonderful book. If you already know a lot of this but just like to read enjoyable writing--it's also a wonderful book.
Bryson took three years to research the book by conducting interviews and reading lots of history and it comes through in the text. You almost feel like you were in the room with Bill, following prominent scientists around, asking newbie questions. Bryson comes off as genuinely enthralled by the subjects at hand and you learn new things along with him. The narrative reminds me a great deal of James Burke's books and Connections TV series. Bryson not only tells the tales of how things came to be, but he's constantly weaving a link between all the various stories and pulling similar themes out. It's a fantastic book and reminds me why I was so enamored by science in school. It also drives the point home many times that we are very, very lucky to be standing here, doing what we do everyday. The chances that the universe came together to enable it are insanely slim for all sorts of reasons as you will quickly find out.
This book is so good and so comprehensive I can see myself reading this over again. Thank you Bill Bryson for your hard, extensive research! Quite remarkable.
Sure, given a book of this nature, there is plenty people could quibble with. Bryson's writing style is amusing and entertaining, though it doesn't come close to matching "A walk in the woods," (but then again, not much could...). Readers expecting the humor quotient of that book or Bryson's other travel books will be disappointed, however. And although one can tell Bryson struggled valiantly to make the chapter on quantum physics understandable, he didn't succeed (at least for me). For example, he relates a study showing that one atomic particle can affect another atomic particle 70 miles away, simultaneously. I still don't understand how that can happen and wish somebody could explain it to me. But those are minor complaints compared to what this book is able to accomplish, which is to provide a broad, yet admirably detailed, education in the physical and biological sciences. I am overjoyed to see this book on the bestseller lists, because if enough people read it, we can no longer be accused of being the scientific ignoramuses that we largely have been. I think it could also work to serve more effectively as an environmental wake-up call than the wide array of existing polemical books that are read only by the already convinced. Lastly, perhaps the aspect of the book I admired and enjoyed the most is the way Bryson provides the human side of science through his frequent character sketches of the quirks and foibles of the many scientists whose work is reviewed. I may soon forget, once again, all three of Newton's laws of motion, but I will never--for the rest of my life--forget that he once inserted a rod behind his eyeball and stirred it around "just to see what would happen." This book is worth reading just for the anecdotes, and along the way you will learn an incredible amount of science.
Bryson's everyman prose makes the mysteries of scientific thought interesting, understandable, and funny. The book begins with the building blocks of the universe and works its way slowly down through the smaller mysteries such as life on earth and why human beings even exist. However, the science of the work does not become overwhelming to the lay-reader and Bryson maintains an admirable sense of wonder and joy throughout. And, of course, the text is delightfully littered with anecdotes about the men and women who have dedicated themselves to discovering and defining these mysteries. Both living and dead, these men and women take on life that leaps off the pages, making them feel like old friends. And from the comfort of your favorite reading spot, you feel like you could be sharing a pint with them and Bill in a cozy pub somewhere. I recommend this book to anyone who has a inclination for pondering the large questions of life but who is equally interested in keeping his or her sense of humor and sanity in tact.
This is a smart and intelligent book that retains Bryson's charming and witty voice in the telling of the broad range of natural history. It is interesting that this author can retain his appeal across mediums -- he is known as a witty travel writer and has also produced fun and intelligent books on the history of the English language. Now, he goes far afield and explains natural philosophy, as the sciences were once called, in a way that textbooks have avoided ever since there have been science textbooks. Bryson tackles space, the origins of the universe, geology, the formation of the Earth, physics, the beginning and development of life, cells, DNA and humans in this natural world round-up. Each chapter follows a similar format. A fascinating tidbit is introduced to draw the reader in, the history of understanding in each field is discussed and the evolution of thinking to the current state of understanding explained. This format is enlivened by the personalities past and present (including science's crackpots, iconoclasts and geniuses). Besides the Bryson wit, what makes this a phenomenally good read is the author's ability to relate scientific principles with examples that laymen can understand and that clarify often confusing scientific knowledge and theories. For example, I was floored to learn that our solar system is so vast, that it literally could not be drawn to scale on any size in a meaningful way. Neptune is five times farther from Jupiter than Jupiter is from Earth. On a scale drawing with Earth the size of a pea, Jupiter would be a thousand feet away and Pluto a mile and a half (and the size of a bacterium). Now that illustrates space in our immediate environs better than I've every seen it described before. What is the largest concentration of magma waiting to blow? (and possibly blow us out of existence) It's under Yellowstone National Park. Ten percent of the weight of a six year old pillow is dead skin flakes, mites and mite dung. Most physicists think Einstein wasted the second half of his life pursuing a unified theory instead of thinking about other useful things. Every human cell contains DNA strands that are six feet long if laid end to end. The core of the Earth is as hot as the surface of the sun - and solid because of the immense pressure compacting that mass. Only three percent of the Earth's water is fresh, and almost all of this is in ice sheets - only a scanty .03% of the total is available to us a fresh, flowing water. Interesting tidbits like the above abound. So do dire stories about past volcanic activity, changes in magnetism, changes in atmospheric conditions and asteroid impacts that have periodically befell Earth and helped move species development forward (usually by wiping out most species existing at the time). Could they/ would they happen in the future? Sure. However, the scale of time over which the next cataclysmic event may occur could be so far removed that we will have evolved into something else (or have found a way to blow up or steer threatening asteroids out of our way). This book fascinates and amuses. If science textbooks had a bit of this ability to relate and engage during my time in school, I'd bet today there would be a lot more scientists working to figure out the remaining mysteries of our world. ... Read more | |
| 7. A Brief History of Time by Stephen Hawking | |
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Editorial Review Now a decade later, this edition updates the chapters throughout to document those advances, and also includes an entirely new chapter on Wormholes and Time Travel and a new introduction. It make vividly clear why A Brief History of Time has transformed our view of the universe. Reviews
In summary, a fountain of information from galaxies and black holes to quantum mechanics presented in such a way that is not only as easy to understand as it can be, but is an enjoyable experience to read.
I found the early chapters very useful as overviews of the theory of relativity and quantum mechanics. The middle chapters - on black holes and the origin of the Universe - were clearly written with enthusiasm. However, that enthusiasm seemed to fade towards the end of the book. The chapter on the arrows of time seems to have been lifted from an old speech. Here's what I'm about to tell you: this is what I'm saying: this is what I've just told you. Also, the explanation of the cosmological arrow of time left a lot of questions hanging. Question: What will happen when the Universe starts to contract - will people start to experience time running backwards? Answer: Intelligent life could not exist because, by then, all the stars will have burned out. Well, OK - but does that answer whether time is in reverse or not? Chapter 10 introduces string theory. Clearly this is an incredibly complicated subject and not capable of being explained in a book entitled "Brief History". However, the way the subject is introduced and then dropped is tantalising. Apparently, string theories are only consistent if space-time has either ten or twenty-six dimensions. All these extra dimensions are curled up into space of a very small size. I, for one, would have liked more explanation of what that means. In summary, a useful but frustrating book that varies in tone as the pages turn. I feel a better populist book would have resulted if Hawking had used a ghost writer to interpret his ideas, rather than simply submitting his own words to the scrutiny of an editor.
Now don't get me wrong, it's obvious that we are dealing with complicated stuff, and he needs to discuss these things, but I just don't want you to think that this is an easy read. It's a necessary read, and I DO recommend you buy it, but don't think it will be easy.
The book remains for informed insiders; perhaps not the inner circle, but definitely `you gotta know it to get it.' Hawking consistently gives very short descriptions of theories that he then refers to throughout the text, but in ways that have little to do with the aspects he defined and in fact require more complete information. For example, I was frustrated trying to use his explanation of the theory of general relativity (p 30) in re: subsequent references. Luckily, in the years between my earlier attempt and this reading, the web has burgeoned and I was able to find a more complete and yet still brief but comprehensible explanation of this theory. And oh my goodness, Hawking now made sense. Obviously the connection is clear in Hawking's mind, but it never made the transition to words on the page. Despite all, I *did* get it. But unfortunately, rather than finishing with a desire to learn more I am just tired and glad to be done with it. I feel like I subjected myself to a badly presented lecture series. Hawking's writing is poor. Ideas ramble, tangential information occasionally takes over so the actual subject at had gets lost, recapitulation is erratic. Some of the self-references are conspicuously self-serving. True, for a scientist it's decent, but the book's writing should not be judged by a different standard than any other writing. That's what editors are for, and apparently this book's editor was so overawed by Hawking that he forgot to do his job. This book should not be iconized. Nor should it be touted as accessible to the layperson. The information is interesting, but you have to want it and work for it. And when you're done, what you get may not have been worth the effort you put in. It was for me, but just barely.
I am a smart and semi-numerate layman who loves popular science books, but I barely made it through this one. Although I have lost my copy, I recall that Hawking uses at least one important term without defining it, and at other times leaves you to connect the dots on your own in a frustrating, rather than stimulating, way. Hawking's area is cosmology. I'm not sure who else to recommend to cover the same territory, although Kip Thorne has a good reputation (and a bet with Hawking over some cosmological hypothesis--probably decided by now--with the wager a subscription to Penthouse). If you enjoy physics books in general, I recommend Brian Greene's The Elegant Universe, and if you enjoy popular science in general, I recommend my all-time favorite popular science book, Steven Pinker's How The Mind Works.
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| 8. Twilight of the Gods: The Mayan Calendar and the Return of the Extraterrestrials by Erich von Daniken | |
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| 9. Behold a Pale Horse by William Cooper | |
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His death on "unrelated" charges is most interesting to me. Were those charges just a way to shut him up and discredit him at the same time? Did the sheriff's office go to his home that evening with the intent of getting their man dead and not alive? While I don't have any proof about this, it does stir my imagination. There are two things to keep in mind while reading this that will help you absorb the information inside his book. 1) This book was published in 1991. You'll understand the significance of that date as he accurately predicts events that have come to pass! 2) Disregard all of the instances where he talks about "alien" U.F.O.'s, moon bases, and other extraterrestrial issues. He later said that all such documents he saw while in Naval Intelligence on those issues were false information to mislead the reader. Let's start the review! INTRODUCTION FOREWORD 1) SILENT WEAPONS FOR QUIET WARS A reprint of a document found in a IBM copier bought at a surplus sale. In short this document is a blue print for controlling a population. Some have claimed that it's a fake. If it's a fake then someone went to great lengths to draft such a insightful document - but why? 2) SECRET SOCIETIES AND THE NEW WORLD ORDER A good introduction to secret societies like the Freemasons, Jason Group, Trilateral Commission, CFR, and the Illuminati. On page 72 he accurately predicted that the Galileo spacecraft was going to crash into Jupiter in an attempt to ignite its atmosphere! (Anyone out there remember 2010 and what happened to Jupiter in that movie?) 3) OATH OF INITIATION OF AN UNIDENTIFIED SECRET ORDER You'll have to decide for yourself if you want to believe this oath. 4) SECRET TREATY OF VERONA A sample of how Monarchs use treaties to regain their crowns. 5) GOOD-BY USA, HELLO NEW WORLD ORDER Plans for the suspension of the Constitution and the role of Mt. Weather in bringing it about. 6) H.R. 7049 & FEMA After reading this chapter you won't doubt the real purpose of FEMA. 7) ANTI-DRUG ABUSE ACT OF 1988 An excellent example of how congress (which is the opposite of progress!) passes legislation which on the surface seems to be reasonable, but under the surface it's really an attempt to suspend due proses, trail by jury, and bring about a police state! 8) ARE THE SHEEP READY TO SHEER? It covers an Oklahoma law that requires residents of that state to declare to the tax collector every piece of property that they own! A good way for the government to know what you own - especially guns! 9) ANATOMY OF AN ALLIANCE A discussion about population control and various attempts to decrease the world's population. On page 168 he reveals the origins of AIDS (H.B. 15090) and how it was spread by vaccine. How international wars are created for population control. 10) LESSONS FROM LITHUANIA A short (two page) but excellent article by Neal Knox on gun control. 11) COUP DE GRACE A transcript of a conversation between Bill and Randall Terpstra, who was a radioman and crypto operator in the U.S. Navy. They discuss how Nixon was forced to resign by the U.S. military, U.F.O.'s, "Operation Majority," and so on. 12) THE SECRET GOVERNMENT He discusses a lot about aliens and U.F.O.'s in this chapter. On page 215 he reveals the truth about the assassination of J.F.K. How Prozac is used along with hypnosis and mind control techniques to motivate people to commit mass shootings in order to disarm the public. 13) TREASON IN HIGH PLACES An article on how treaties can be used to erode the sovereignty of the U.S.A. 14) A PROPOSED CONSTITUTIONAL MODEL FOR THE NEWSTATES OF AMERICA A reprint of a proposed socialist constitution by the Center for Democratic Studies. It's hard to believe that $25,000,000 was spent on this trash. 15) PROTOCOLS OF THE WISE MEN OF ZION Is this document really the protocols of the Illuminati? Read it and decide for yourself. 16) THE STORY OF JONATHAN MAY A 26 page story about what happens when someone challenged the Fed money system. 17) DOCUMENTATION: U.S. ARMY INTELLIGENCE CONNECTION WITH SATANIC CHURCH The title is self-explanatory. APPENDIXES
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| 10. The Elegant Universe: Superstrings, Hidden Dimensions, and the Quest for the Ultimate Theory by Brian Greene | |
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Editorial Review Dazzling in its brilliance, unprecedented in its ability to both illuminate and entertain, The Elegant Universe is a tour de force of science writing-a delightful, lucid voyage through modern physics that brings us closer than ever to understanding how the universe works. Reviews
By way of explaining the use of the term "layman," let me point out that this book is not light reading. I don't believe it can be read by those without at least some exposure to college level physics. I am a former high school physics teacher, and I had to really stretch to understand Dr. Greene's explanations. Nevertheless, considering the mathematical and physical complexity of the subject matter, Dr. Greene has done a splendid and remarkable job of explaining the subject at a conceptual, nonmathematical level. Anyone with a physics background through the level of an introductory course in modern physics will find Dr. Greene's treatise accessible. It brings the reader closer to the current state of research in the rapidly moving field of superstring theory than books written even two years ago. The book requires work, but it was a labor of love. This book is beautifully and artfully written and was a joy to read. I recommend it highly to anyone with the modest physics background described above who enjoys exploring theoretical physics and cosmology at a level approximating that of Scientific American.
Each chapter in this book lays down the foundation for the next chapter. Greene manages to group together scattered discoveries from the past century or so according to their relevance to the topic at hand, and it feels very natural. Every complex concept is explained in somewhat technical detail and then followed up immediately by a clever (and occasionally humorous) analogy. The key points are always restated and rephrased to make absolutely sure the reader is on the same page with the author. This method really does wonders for nailing important concepts to your head, which turns out to be absolutely essential as the book progresses and new ideas are stacked atop the old. This book, overall, is interesting. There are some extraordinarily intriguing chapters that will have your mind racing for at least a couple days, trying to piece together the chapter's implications, and then there are a couple dull chapters that almost feel like a chore to get through. However, the dull chapters, which seem to be flooded with basic mathematical and technical details, are necessary to understand the big picture. Greene only presents us with the details we need to understand, nothing more, and I honestly can't think of a way he could have made these dull chapters exciting. If you are a curious physics newbie, or only know bits and pieces about the basic concepts of string theory, special and general relativity, quantum mechanics, black holes, the big bang, or hidden dimensions, this book is certainly for you! If you are already knowledgeable in these subjects and seek the deepest technical and mathematical information about them, I'm guessing you will not find what you are looking for in this book.
Some of the reviewers have faulted Professor Greene for communicating his ideas without using complicated mathematics. To me, this is one of strengths of this and other similar books that are written for the lay people. Those readers who are mathematical geniuses can find plenty of other resources to suit their taste. Others think that it is inappropriate to write about incomplete theories that cannot be experimentally verified at the present time. This is absurd. This is what the progress of science is all about. I thank Brian Greene for sharing his ideas so clearly with the rest of us. I am going to talk to my young daughter about this book in the hopes of inspiring her to someday join the minds who want to unlock the mysteries of our universe.
The Elegant Universe is worth the purchase price, if only for chapters 2,3 and 4 which lay out, in terms understandable by anyone, the ideas behind Einstein's theory of special relativity, Einstein's theory of general relativity and quantum mechanics. I highly recommend it for this purpose alone. The rest of the book deals with the central connudrum of modern physics which is, unfortunately, although the theories of relativity (governing large systems) and quantum mechanics (governing minute systems) have been experimentally verified over the past century and are indeed true, they are *not compatible*. Greene does a good job of explaining why the theories are in conflict with one another. The rest of the book deals with string theory, which Greene and a lot of other string theorists claim can "bridge the gap" between relativity and quantum mechanics. Although Greene does a terrific job of explaining string theory through graspable metaphors, towards the end end of the book, my tiny brain had difficulty understanding some of the concepts. Yet, by far, Greene provides the most accessible description of this revolution in physics. Greene is quite obviously an ardent evangelist of string theory and his optimism concerning its possibilities lend a certain energy to the read, getting you through the difficult parts. You can tell that this is a man who loves and is excited by what he does for a living, and that excitement is contagious. Anyone with an interest in why the universe is the way it is will be well rewarded by this text.
Greene's prose is clear, analytical, and well thought out. At least a half dozen times while reading the book, I said to myself, "Hmmm, but what about X?" to find a few paragraphs later Greene would write, "You may be wondering about X. Well, here's how that works..." To me, this is a sign of a clear thinker and helped make the book even more enjoyable to read. If you're at all interested in cutting edge physics theory, this is a great book to turn to.
As a reader I have more than a casual interest in modern physics and have read dozens of books in this vein, however I do not have a math background sufficient enough to deal with the professional literature in the field. I have found this work one of the best in explaining string theory. Mr. Greene's approach of using analogy and metaphor is right on target. His sometimes humorous approach was a good antidote for what could become overbearingly theoretical. The first half went down pretty easily in spite of the difficult nature of the subject. Brian Greene deserves much applause for pulling off this bit of magic. The second half gets tangled up in the author's own areas of research and I felt that he suddenly began talking to a different audience, in this case his peers, and instead of an explanatory tone, the book seemed a little bit argumentative. Of course this is a topic where anything said in a definitive manner is likely to provoke a professional argument. Nonetheless, the first half of the book is well worth the read and more than adequately covers the field for the reader where this topic would be of interest. The second half will be of interest to folks with more background.
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| 11. Hubble: Imaging Space and Time by David Devorkin, Robert Smith | |
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| 12. Turn Left at Orion: A Hundred Night Sky Objects to See in a Small Telescope--and How to Find Them by Guy Consolmagno, Dan M. Davis | |
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This book, written by two professional astronomers, points out that the small telescope of today is the magnificent instrument beyond the dreams of Galileo or Messier*. With that foundation in place they proceed to lead you through the night sky to view the most interesting objects for small telescopes. They begin with the deepest coverage of the moon that I have encountered yet. There are separate sections for each phase of the moon detailing highlights of what is unique at that time of the month. Then they tour the night sky, season by season. Their directions to find items of interest don't presume that you know the constellations. Instead, in "Where to Look" they start with the bright, easy to find stars, and from there walk you over to the item. They assist your search by describing what you'll see in the finder scope and the telescope and have illustrations of what you will actually see in the telescope. (Not some picture taken by an observatory or the Hubble telescope.) In "Comments" they describe what you'll see, suggest the eyepiece to use to get the most of the view, and give details about just what that thing is. All objects are given a 1 to 4 telescope rating to help you choose the fun ones first. The Orion Nebula is an exception that receives a 5 telescope rating: easy to find, viewable in city light haze, with different interesting views at low and high power. Of the half dozen astronomy books I've looked over this is the hands down best book for the new owner of a telescope to have. More than any other book, it will help you get the most from your telescope. *Never heard of Messier? Most non-astronomers haven't Charles Messier hunted the skys for comets and kept coming across things that, at first glance, might be a comet. After figuring out that they weren't comets, he kept a record of them so he wouldn't waste time on them again. As it turns out this list contains some of the neatest things to see in the night sky.
As a result, Turn Left at Orion remains after all these years, one of the six essential works, which we regard as required reading by the beginning amateur astronomer. Though not part of my personal collection until recently, it has been at my disposal for many years. I keep meaning to review it, but something always comes up, not the least of which was the recent printing of a 3rd edition. The work is co-authored by Guy Consolmagno, a Jesuit Brother at the Vatican Observatory; and Dan M. Davis, professor of geophysics at the State University of New York. Between them they conspired to create a work that reflects a singular passion for viewing celestial objects with small telescopes (emphasis on small). In fact, the combined aperture of both authors' instruments is somewhat less than the singular average among beginning-amateur telescopes. One is a 3.5-inch Cassegrain, and the other is a 2.5-inch refractor. Nevertheless, with these small instruments they were able to create a first-rate work of impressive magnitude. Simplistic means to extraordinary ends. I was introduced to the order of Jesuits as a youngster growing up in New England. Even at that young age I was profoundly inspired by the notion that science could be passionately embraced (and accurately promoted) in concert with unwavering religious faith. Almost any science buff knows full well that astronomy and religion run like oil and water through the veins of history. And because this work represents such a remarkable beacon of parallel encounter, I am somewhat disappointed in myself for not doing this earlier. But now, so much has been said about this book that there seems a trite redundancy in plugging it. Oh well. Pioneers and discoverers like Galileo and Messier were themselves saddled with equipment that can easily be considered pathetic by today's standards (both optically and mechanically). However, countless thousands of celestial objects were acquired, catalogued, and studied using archaic equipment of the sort. The point being, that you don't have to bribe the evening sky with money or fat-free technology to see what it's hiding. You merely need to coax it slightly to reveal some of its treasures. The knowledge of what places to do your coaxing is where Turn Left at Orion excels so remarkably. On page 202, authors Consolmagno and Davis re-endorse one of life's most poorly understood allegations - "There is no such thing as a bad telescope". If you find yourself in conflict with that statement then you're missing out on a golden tenet of amateur astronomy, and most likely some of the fun that goes along with it. Because it really doesn't matter what caliber of instrument you use to enhance your view of the night sky. For even some of the most tenuous tidbits in the Messier catalog are revealed in binoculars of moderate size - still considered far superior to anything Messier could have ever laid his hands on. Get the picture? Turn Left at Orion begins with a basic introduction of the evening sky, and a brief overview of "how to use this book", which from experience I can honestly testify that few authors can resist. From there, we go through some discussion of the moon, and a few major planets. Then it's on to the main course, which begins with the Winter constellations Taurus and Auriga and some of their celestial wonders - including the Pleiades open cluster and the famous Crab Nebula. A hundred and eighty pages later we're looking at a double cluster in Perseus. In between, we're shown where to look for a globular cluster in Lyra and the famous double star Albireo in Cygnus. A hundred or so interesting objects are presented and illustrated. Very little is missed or left out for the beginner, or for users of small telescopes. We are first shown where each object is located within a broad view of the sky. Minimal sky-conditions, best times of year to observe, recommended eyepieces and telescope types are graphically illustrated at each heading. We see what the object looks like in a finder-scope, plus what it looks like in the telescope's eyepiece (and at different powers). This book shows you exactly how to get each object in the eyepiece! Really good stuff. Beyond this, the 3rd edition includes some fare from the Southern Hemisphere (Eta Carinae, 47 Tucanae, and the Large and Small Magellanic Clouds to name a few). A complete index is provided, along with a fairly good glossary for the beginner. This is a wonderful book; a lot of fun; and extremely useful for nearly all age groups. Great for binocular users too. Recommended not just for the beginning amateur, but also as a teaching tool for some advanced observers who occasionally look for ways to entertain or educate others at the eyepiece. Then too, we've been known to pick it up and browse it just for fun. Secretaries and officers: - put a few copies in your club's library.
Many budding observers are daunted by the prospect of 'learning the sky' well enough to find their way to those elusive deep sky objects. And even when the desired target is perfectly centred in the eyepiece, it's often so difficult to recognise that the search resumes unnecessarily. When a positive identification is finally made, one wonders if the exercise was worth all the effort. Why? Because, visually, they don't look anything like their flattering portrait photographs. The end result is frustration and disappointment. Well, here's the book that changed my astronomical life: it taught most of the major constellations, and plenty of minor ones to boot; it showed me how to star-hop to the more interesting deep sky objects within them; and it also changed my expectations of what I would see when I got there. Literally, this is a 'star-hopping made easy' bible. The book works on the assumption that the reader is prepared to learn up front just a few of the major constellations. The Big Dipper, (or Plough to the Brits, or 'Pluff' to them southerners), is one that most people can recognise straight off. But it helps to be able to spot the big square of autumn's Pegasus, winter's unmistakable Orion the hunter, spring's sickle-necked Leo the Lion, and the big cross of summer's Cygnus the swan. These are all good starting points, and won't cost much effort to learn beyond a cricked neck. The book feels like it's been written from copious notes acquired during many years of practical observing. There's a section per seasonal, with two pages devoted to each particular object. And the objects really are a good primer for the northern deep sky: nebulas, globular clusters, open clusters aplenty of course, some galaxies, and a good sprinkling of those oft neglected double stars. On the left page you'll find a typical upside-down finder-scope view of the target area, plus a description of which stars to use to guide you there. On the right page is a typical left-to-right telescopic view of the object itself, plus good textual descriptions. And here's the clever bit: all of the illustrations are beautifully hand-drawn to show truthfully how they appear at the eyepiece; none of those misleading full colour observatory-type photographs here: what you see is what you, er, see. Fear not if an illustration fails to take your fancy; keep turning the page until one catches your eye. So how does it work under the night sky? Well, it works beautifully. Turn to the correct page, and locate the general target area using your (ahem) marginal knowledge of the constellations, then visually hop from star to star as advised. Aim your telescope, then switch to the finder-scope to identify the exact location. Slip in an eyepiece of about the recommended magnification, and the object's usually 'just there', or at the very least within easy reach. For those objects requiring high powers, the book recommends using a less powerful eyepiece first to properly centre the target. Really, I and countless others have followed this advice to good effect. Okay, it'll take you a year of observing to learn your way around. It takes that long for each season's constellations, and their hidden treasures, to come around. Time enough to learn the stars a little better, and time enough to gain confidence. In a way, one will learn the more obscure constellations for free; "What's that? Oh yes, it must be Delphinus, so that funny arrow below is, er, Sagitta...right?" (flick, flick of the page) "I was right!" And anyway, it'll take you at least a year to get bored with the selection that this book offers. What do I have against this book? Not much... well, it's a shame there isn't a sequel for next year. Oh, and batteries are not included.
This particular book is one of the very few that I would recommend to a beginning backyard astronomer , the other being Phil Harrington's Star Watch. Both use a technique called "star hopping" to find the celestial objects of interest , and each has a particular "style" of doing so. "Turn Left at Orion" uses a technique using the viewfinder field of view to move from an easy to find star or some other object to follow a path to the desired object. What I liked about the book: (1) A very good representative selection of deep sky objects. What I disliked: (1) The eyepiece sketches were simply listed as "at high power" or "at low power". Some basic information about the eyepiece type , magnification , and focal length should be included to be meaningful. Even though I have a few criticisms of the book , it is very ,very good. If I didn't already have Harrington's book I would rush right out and buy a copy.(They tend to overlap too much!) I give this a 4+ star rating , and if a few improvements are made in a later edition it could easily become one of my favorites to recommend and own.
I went through many of the tours presented in this book and enjoyed them thoroughly. In my opinion, it's the best tour of the "showpiece" objects around for small telescope owners. I was delighted to find the "Winter Albireo" mapped and described on one of the tours. The book even has a section on objects best viewed from the Southern Hemisphere, so those of you in Australia aren't ignored. Highly recommended!! Once you've "graduated" from this work, you can try Garfinkle's "Star-Hopping: Your Visa to the Universe" or MacRobert's "Star-Hopping for Backyard Astronomers". Both are well-done, with my personal preference for bang-for-the-buck going to Garfinkle.
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| 13. Lunar Year, The: A Glow-in-the-Dark Calendar: 2011 Wall Calendar by Universe Publishing | |
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Editorial Review * Glows in the dark. * Appeals to adults and kids of all ages. * 12 high-quality reproductions of the moon. * 365 glow-in-the-dark moons that let you track the phases of the moon daily. Reviews
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| 14. UFOs: Generals, Pilots and Government Officials Go On the Record by Leslie Kean | |
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| 15. Sky & Telescope's Pocket Sky Atlas by Roger W. Sinnott | |
![]() | Spiral-bound
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| 16. Night Sky Star Wheel | |
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| 17. Twelfth Planet: Book I of the Earth Chronicles (The Earth Chronicles) by Zecharia Sitchin | |
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Editorial Review Over the years, startling evidence has been uncovered, challenging established notions of the origins of life on Earth—evidence that suggests the existence of an advanced group of extraterrestrials who once inhabited our world. The first book of the revolutionary Earth Chronicles series offers indisputable documentary evidence of the existence of the mysterious planet Nibiru and tells why its astronauts came to Earth eons ago to fashion mankind in their image. The product of more than thirty years of meticulous research, The 12th Planet treats as fact, not myth, the tales of Creation, the Deluge, the Tower of Babel, and the Nefilim who married the daughters of man. By weaving together the biblical narrative with Sumerian and Babylonian clay-tablet texts, it challenges the established notions of the origins of Earth and mankind, and offers a compelling alternative history and prehistory of both. Reviews
I have great respect for Sitchin as a researcher and expert in ancient manuscripts, and I found much in this book to ponder. However, he makes the mistake most ufologists do in taking ancient texts as literal historical documents about real people and events rather than as fictionalized epics of antiquity. While he does at points recognize the metaphorical nature of some of their writings, he takes the ancient Sumerians far too literally, and strikes me as a man espousing a theory in search of evidence. His theory is simply too fantastic to be taken seriously and, while he makes a far more sophisticated attempt at demonstrating his thesis than Von Daniken, he makes many of the same mistakes Chariots of the Gods makes. For example, he has the residents of this twelfth planet (actually, the tenth, for he counts the moon and the sun as planets as well) fly to earth in spacecraft and have the means to genetically alter early primates, but then they travel about by means of paddle boats and utilize 19th century extraction techniques to pull gold from mines in Africa. He also stresses that the Mesopotamian region was chosen by the ancient astronauts-in part-because of its vast petroleum reserves (implying the ancients were using fossil fuels) yet there is no discussion of things like cars or trains or other types of technology these fuels might have been used for (unless we are to assume they were to be used somehow in propelling their spacecraft. Imagine, gasoline/oil powered rocket ships; what will they think of next?) He also pulls a `Von Daniken' by suggesting the ancients needed large expanses of flat ground to land their ships, giving one the impression of space shuttles and hyperjet transports, yet it would seem any technology sophisticated enough to maintain an interplanetary spacefaring capability should have figured out how to make space craft land and take off vertically (just as our own Apollo landers did on the moon.) In other words, their technology is inconsistent. What's especially difficult to understand is why these beings don't seem to advance technologically themselves. Sitchin states they could only make the transit from their planet to our own when it swung into range every 3,600 years, but wouldn't any civilization have advanced considerably in such a vast amount of time? Consider how far we've come in just the last century; shouldn't these ancient peoples have developed an interstellar (or even intergalactic) capability over such a lengthy time? As such, there is much about these beings that appear inconsistent and inexplicable. Finally, my biggest complaint with this book is the preposterous idea that a planet exists within our solar system that possesses such an elliptical orbit that it appears only once every 3,600 years and, more so, that this planet is teeming with beings similar enough to ourselves that they are capable of interbreeding with humans. First, if this is the case, why wasn't this planet reported during it's last pass through by ancient astrologers? Sitchin maintains this planet last made an appearance in 3,800 B.C. (just in time to get civilization kick started) yet if it has an orbit of 3,600 years, shouldn't it have shown up again around 200 B.C.? That's not all that long ago, historically speaking, and should have been quite a notable event (even if it's residents chose not to visit that time); one would assume someone-and astrology was a fairly well developed science back then-would have noted such a spectacular visitation from an unknown planet. Yet not a word exists in any ancient texts that even hint at such a remarkable event taking place. Curious. The bigger problem, however, lies with the idea that such a planet could sustain human-like beings, despite being in complete darkness for 99% of the time. Even if it was massive enough to maintain it's own atmosphere and generated enough internal heat to prevent it from being a giant ball of ice in space, how does photosynthesis and, with it, the production of oxygen, take place? Clearly, for life to have evolved on such a planet conditions should be, at least to some degree, comparable to those on Earth. How anything more sophisticated than single cell organisms and fungus could exist on such a planet is scientifically inexplicable. There are other problems with the book as well, but this should be enough to at least give the reader some idea of what they're getting into here. I appreciate Sitchin's scholarship and thoroughness (perhaps a little too thorough-the book is ponderous and a tedious read at times) but I can't say much for his science. An interesting book if you're into ancient civilizations and ufos and such (one might consider Sitchin the thinking man's Von Daniken) but nothing to be taken too seriously. In fact, it might have been better if Sitchin didn't take his own theory so deadly seriously; at least then he could have had some fun with it.
According to Sitchin, the "inhabitants" of planet Nibiru, "The Anunnaki" as they were called in Sumerian, had landed on Earth 450,000 years ago; had colonized our lonely planet for their mining purposes; had searched for gold and other valuable materials which had been needed in their own planet for the sake of their "atmosphere"; and at one time, when they had needed "extra labour" they had created the mankind "in their own look", by manipulating the genetic structure of the "ape man"; then they naturally had become the "powerful gods" of our ancestors. Seems very radical at first look, but also a very logical explanation, especially when considering the fact that even the "monotheistic" religions had made up their holy books (Old Testament, for example) by borrowing themes from much ancient resources and modifying them. (Thus, biblical Nephilim was nobody but the Anunnaki according to Sitchin.) A more intriguing point is about the two puzzles of modern science: "Planet X" theory (astronomers believe there should be another planet beyond Pluto since last century) and the "missing link" in evolutionist theory between the "humanoids" and "homo sapiens". I do not want to spoil your reading fun, so I won't mention any other details on Sitchin's unique theory but I feel I'd like to state a "caution" about him: Though his theory of planet Nibiru with a 3600 years orbital period and his powerful explanations on "ancient gods" concept are very important to understand the roots of our civilization, there is something very "disturbing" with Sitchin's approach: His obsession to prove and verify the Old Testament as an actual historical resource. He puts the dawn of Sumerian civilization to 3800 BC (and puts the orbital passage of Nibiru at exactly the same date) just to make his theory to conform with the Jewish calendar, which begins on 3760 BC. He goes even further and suggests 3760 BC as the starting point of the Nippur calendar - which actually is thought to begin around 3100 BC. More disturbing than this, Sitchin takes biblical Abraham as a real personality and claims him as the real descendant of the Sumerians - a "wise" man from Nippur (thus, making the Hebrews literally "the chosen people of the god(s)" as the Old Testament states). This religous and "nationalistic" approach not only ruins his exciting theory with his prejudice and religious obsessions, but also forces him to make dramatic mistakes on the dawn of civilization (and with the orbital periods of Nibiru) just to make everything "literally" conform to the Old Testament. And in the course of his "Earth Chronicles" series, he uses a method which can hardly be considered as scientific: He begins quoting a Sumerian myth (often without exact references) then inserts his commentary on the events; goes on with another quote from the same story (this time from an Akkadian source); again puts his commentary and then quotes a passage from the Old Testament he believes related to the same myth. This makes up a very eclectical version of the original story: A collage, just made everything to conform his view and of course, the Old Testament. Strangely enough, Sitchin ignores Maya end-date of 2012 AD (which could contribute well to his theory on orbital periods of Nibiru); does not pay attention on Indus "kaliyuga" (starting of which coincide with Mayans "5th Sun"); and does not mention the Revelation of St John (which is very intriguing and without doubt was borrowed from much older sources.) Because none of them has any use for his efforts to verify the Old Testament. Do read Sitchin's books, they are very important works; but be warned and read with "caution".
Mr Sitchin's theory is that our human species was an evolutionary jumpstart advancing our expected progression by a million years. This jumpstart was the result of the crossing of ancestral primates with intergalactic travelers some 300,000 years ago. Rather than biblical mythology, Sitchin tells us that the Garden of Eden, the Flood, the extreme longevities of biblical heroes are all real events. Mr Sitchin provides the greatest level of comfort I have ever felt with Darwin's evolution -- which is to say Darwin had it almost correct until he tried to fit homo sapiens into the same mold of environmental and sexual selection as all other taxa. Most fascinating is Sitchin's postulate that humanity has existed only for 300,000 years, as opposed to the conventional wisdom of either linear or punctuated progression from something that crawled out of the oceans millions of years ago. This postulate, based on his scholarly interprestations of the most ancient hieroglyphs he penned years before current biochemistry substantiated exactly the same timetable of between 220,000 and 270,000 years ago. His theory that we are a genetic cross between resident primates and interstellar "gods" predated our current and rapidly magnifying ability to clone within species, which is undoubtedly the precursor to our being able to genetically cross disparate species. And Mr Sitchin presents all of this truly out-of-the-box thinking with rheems of scholarly evidence. ANYONE who has ever been interested in evolution must attempt this book with an open mind. (Darwin's original theorums are no longer taken seriously by any serious evolutionist, having been replaced with "punctuated equilibria" without any explanation as to what causes the punctuations.) Anyone who has a keen interest in the origins of biblical thought and other pre-diluvium stories, should likewise attempt this book with an open mind. If you can't approach Sitchin's ideas with an open mind because your are too wed to your beliefs, save your money -- buy something more traditional. I would have given it 5 stars instead of 4, but my conservative self wants to hold back a little something, just in case.
The idea that "ancient astronauts" (a term I dislike) had a hand in Man's creation and evolution is not new. Sitchin goes far beyond the normal arguments, however. He argues that there is an undiscovered planet in our own solar system upon which life developed and evolved millions of years before life on earth, a planet that seeded earth with its earliest life forms millions of years ago when this undiscovered planet entered our solar system and essentially crashed into a large planet between Mars and Jupiter--the planet in question was broken up into two parts, one eventually forming Earth and the other the asteroid belt. The 12th planet (counting the sun and moon as planets) he calls Nibiru; it is a planet with an eccentric orbit carrying it well past the other nine planets thousands of years at a time. Here life developed and advanced at a very early period. Needing resources, particularly gold, the planet sent forth emissaries to earth. In order to free themselves of the hard labor of mining, these aliens, the Nefilim, created Man by combining their genes with those of the ape men then on earth, a procedure made possible by the fact that the two races were in fact genetic cousins. Thus, the Nefilim became early man's gods, and their stories were told in the artifacts of the ancient Sumerians and of the kingdoms that came after them. Sitchin makes a determined effort to tie Christianity and the Bible to the tale he unfolds. He effectively, and with good evidence, shows that the early stories in the Bible are based largely on older manuscripts from Sumeria. He explains many of the mysterious passages in the Bible by tying the stories to more complete Sumerian tales--the Elohim, the plural Deity mentioned in the Creation story, the great flood, the Tower of Babel, and others. In this endeavor, he is very successful. While one may not be convinced of his story of life on Earth, one cannot doubt the fact that the early books of the Bible are basically a condensed version of former manuscripts. He makes a convincing argument for his theories, but one will not be and should not be convinced based on this one book. Much supporting evidence is to be found in the later books in the series, where a far richer version of man's history is presented by the author. As unbelievable as many of his ideas sound, Sitchin actually does an effective job of answering many of the big questions that scientists and theologians have been unable to answer about life on earth, the most important of which is an explanation of why home sapiens developed so suddenly and miraculously 300,000 years ago. Right or wrong, his ideas answer a lot of questions and deserve serious study. Sitchin's knowledge of ancient civilizations is immense, and his judgments cannot be dismissed without serious attention paid to them.
Yes, it's a bit hard to swallow the 'spaceman' theories, but give his evidence a chance. It is certainly no more incredible than many of the traditional ideas we've been taught over the years. If you feel a strong literal belief in some of those well-established dogmas, or are offended when people contradict the typical interpretations of today's largely Judeo-Christian society, you may feel that Sitchin's material shows anti-religious leanings or even approaches blasphemy. To the open minded individual, though, this book will expose an entirely possible origin of life on this planet (both all life and later, human life), more intellectually explained than the bible stories we've been asked to believe, but in fact in complete agreement with them! If nothing else, Sitchin shows us a concise view of the evolution of myths, religions and 'sacred' teachings on this planet, and shows direct evidence that they mostly boil back to the same events. Even if you don't buy the whole Ancient Astronaut bit, the historical perspective is fascinating. And if you DO buy it (I did within the first 20 pages), it opens up a whole new interpretation of old and current events. I'd also recommend another book, William Bramley's The Gods of Eden (personal rating: 3.5 stars). It begins with the basic Ancient Astronauts premise, but opines about the motives of the supposed extraterrestrial race. In The 12th Planet, though Sitchin tries to stay objective regarding the intent of the Annunaki, he does show evidence of mixed feelings among the community of "Gods" about the welfare of humanity. He even states that Man was, in fact, created by the Annunaki specifically to be a slave race, literally owned by the ETs. Mr. Bramley shows some impressive research of his own in The Gods of Eden, but suggests an even darker, more conspiratorial extraterrestrial race that he believes could be the cause of most or all human warfare, famine and discontent on this planet. Bramley's book also puts a very interesting slant on many current events, and suggests the possible methods these ETs use to direct and control human activity even today. A bit sinister, but in the spirit of lively discussion, and for another phenomenal historical perspective, read The Gods of Eden (but only AFTER you read The 12th Planet)! Chew on these suppositions long and well before swallowing, but a little enlightenment goes a long way toward satisfaction!
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| 18. Hubble: A Journey Through Space and Time by Edward Weiler | |
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| 19. A Briefer History of Time by Stephen Hawking, Leonard Mlodinow | |
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| 20. In the Cockpit: Inside 50 History-Making Aircraft by Dana Bell | |
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Editorial Review The Smithsonian National Air and Space Museum holds the country's premier collection of historic aircrafts, but visitors must view these impressive structures at a distance. IN THE COCKPIT captures the feeling of helming these historic craft with big, gorgeous four–color photographs that will give flight enthusiasts a true pilot's eye view of many of history's most important domestic and military airplanes, jets, and helicopters. Each entry includes archival images of the craft and authoritative text that places each one in the context of the development of aviation technology and world history . Reviews
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