- Paperback: 464 pages
- Publisher: Vintage (November 1, 2011)
- Language: English
- ISBN-10: 0307278123
- ISBN-13: 978-0307278128
- Product Dimensions: 5.2 x 0.9 x 8 inches
- Shipping Weight: 15.2 ounces (View shipping rates and policies)
- Average Customer Review: 403 customer reviews
- Amazon Best Sellers Rank: #22,606 in Books (See Top 100 in Books)
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The Hidden Reality: Parallel Universes and the Deep Laws of the Cosmos Paperback – November 1, 2011
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“Brian Greene has a gift for elucidating big ideas. . . Captures and engages the imagination. . . . It’s exciting and rewarding to read him.” —The New York Times
“A wonderful way to coax your brain into a host of strange and unfamiliar domains.” —The Boston Globe
“Exciting physics, wrapped up in effortless prose. . . . Greene has done it again.” —New Scientist
“If extraterrestrials landed tomorrow and demanded to know what the human mind is capable of accomplishing, we could do worse than to hand them a copy of this book.” —The New York Times Book Review
“The multiverse is an idea whose time has come. . . . The book serves well as an introduction . . . and will open up many people’s eyes.” —The Wall Street Journal
“Greene takes us down the rabbit hole yet again, this time setting a course for the terra incognita of parallel universes, hidden worlds, alternate realities, holographic projections, and multiverse simulations. Greene likes to drop you into the middle of the action first and then explain the backstory, but he has an elegant knack for anticipating questions and immediately dealing with any confusion or objections.” —The Daily Beast
“An accessible and surprisingly witty handbook to parallel universes…. Greene is immensely gifted at finding apt and colorful everyday analogies for the arcane byways of theoretical physics.” —The Toronto Star
“Mind-stretching. . . . [The Hidden Reality is] Greene’s impassioned argument ‘for the capacity of mathematics to reveal hidden truths about the workings of the world.’” —The New Yorker
“Like [Stephen] Hawking and [Roger] Penrose before him, [Greene] is an author who writes with the confidence and authority of one who . . . has seen the promised land of cosmic truth.” —Bookforum
“If you like your science explained rather than asserted, if you like your science writers articulate and intelligible, if you like popular science to make sense, even as it probes the heart of difficult theory, you are going to love The Hidden Reality and its author, Brian Greene.” —New York Journal of Books
“Greene’s forte is his amazing ability to give clear, everyday examples to illustrate complicated physical theories.” —The Globe and Mail
“Ambitious. . . . Entertaining and well-written. . . . Greene is a keen interpreter.” —The Christian Science Monitor
“A lucid, intriguing, and triumphantly understandable state-of-the-art look at the universe.” —Publishers Weekly (starred review)
“With a slew of clever analogies, Greene communicates with uncommon clarity, intuition, and honesty.” —The Oxonian Review
“Greene’s success at explaining the patently inexplicable lies in the way he delightfully melds the utterly bizarre and the utterly familiar.” —Providence Journal
“Exotic cosmic terrain through which Greene provides expert guidance.” —The Oregonian
“Mind-blowing.” —The Sunday Times (London)
“Highly rewarding.” —Scotland on Sunday
“[Greene] has something fresh and insightful to say about pretty much everything”—ScienceFiction.com
“Vast, energetic and complex.” —The Easthampton Star
“The best guide available, in this universe at least.”—Science News
“Greene’s greatest achievement is that even as you grapple with these allusive concepts, you start falling in love with these mysteries.” —The Express Tribune
About the Author
Brian Greene received his undergraduate degree from Harvard University and his doctorate from Oxford University, where he was a Rhodes Scholar. He joined the physics faculty of Cornell University in 1990, was appointed to a full professorship in 1995, and in 1996 joined Columbia University, where he is professor of physics and mathematics. He has lectured at both a general and a technical level in more than thirty countries, and on all seven continents, and is widely regarded for a number of groundbreaking discoveries in superstring theory. His first book, The Elegant Universe, was a national best seller and a finalist for the Pulitzer Prize. His most recent book, The Fabric of the Cosmos, was also a best seller. He lives in Andes, New York, and New York City.
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Still it is interesting to see the direction being taken by some of the great names in Cosmology and Quantum Physics. While there is little chance that any of this material will be proven through experimentation in our lifetime, the consideration of such concepts fires the imagination and stimulates the creative mind to consider realms well outside the box of everyday thought.
The subtitle says the Parallel Universes and the Deep Laws of the Cosmos. All nine of the parallel universes are based on speculative physics. Some much more speculative than others.That these theories are speculative he admits throughout the book for which he deserves credit. However, in reading this book I got the feeling that this book was the long version of a grant proposal submitted to be funded. This comes about in the numerous places in which he says much has been done but give us more time to work on these ideas. Part of the reason is that some of the parallel universes he describe depend upon string/M-theory which is a controversial topic in physics. This is because in the 30-40 years of its existence, string/M-theories have yet to make any unique predictions that have been observed experimentally in support of these theories. The theory so far is not even falsifiable. Lee Smolin addresses these concerns in his book "Trouble with Physics" as does Peter Woit in his book "Not Even Wrong". The same criticism is also true for the multiverses that come from inflationary. cosmology. However, there are a large number of sharp physicists working in these areas so it is unclear what the future holds. Parallel universe's from Hugh Everett's thesis work on the interpretation of quantum mechanics, now known as the many worlds interpretation is another area of current research in physics and philosophy. This work is based on the measurement problem in quantum mechanics. Greene suggests an experiment in the notes to test this theory, but it is unclear if this has been clearly thought out and if this experiment is even possible.
The discussion on computer simulated universes is interesting. It describes a universe similar to that in the movie "The Thirteenth Floor". While not a parallel universe in ways that physics suggests a simulated universe would make the ultimate computer game. A virtual reality that could absorb the programmers life into the simulation. Almost the ultimate drug. Live life to its fullest would have an additional impetus if you live in a simulated universe so that the creator of the simulation would not get bored with you and stop the simulation. However, since you can't prove that you are living in a simulated universe, do you need to live a life to satisfy the simulator? Interesting.
The final chapter entitled "The Limits of Inquiry Multiverses and the Future" is well written and makes an interesting conclusion to the book.
Thank you Brian Greene it was exactly what I wanted to catch up on this last week.
Greene uses less provocative language than Tegmark, but makes up for that by suggesting 5 more multiverses than Tegmark (3 of which depend on string theory for credibility, and 2 that Tegmark probably wouldn't label as multiverses).
I thought about making some snide remarks about string theory being less real than the other multiverses. Then I noticed that what Greene calls the ultimate multiverse (all possible universes) implies that string theory universes (or at least computable approximations) are real regardless of whether we live in one.
Like Tegmark, Greene convinces me that inflation which lasts for infinite time implies infinite space and infinite copies of earth, but fails to convince me that he has a strong reason for assuming infinite time.
The main text is mostly easy to read. Don't overlook the more technical notes at the end - the one proposing an experiment that would distinguish the Many Worlds interpretation of quantum mechanics from the Copenhagen interpretation is one of the best parts of the book.