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Hiding in the Mirror: The Mysterious Allure of Extra Dimensions, from Plato to String Theory and Beyond Hardcover – October 20, 2005
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Lawrence M. Krauss
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Print length276 pages
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LanguageEnglish
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PublisherViking Adult
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Publication dateOctober 20, 2005
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Reading age18 years and up
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Dimensions6.32 x 1.1 x 9.52 inches
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ISBN-100670033952
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ISBN-13978-0670033959
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About the Author
Product details
- Publisher : Viking Adult; 1st edition (October 20, 2005)
- Language : English
- Hardcover : 276 pages
- ISBN-10 : 0670033952
- ISBN-13 : 978-0670033959
- Reading age : 18 years and up
- Item Weight : 1.15 pounds
- Dimensions : 6.32 x 1.1 x 9.52 inches
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Best Sellers Rank:
#2,375,826 in Books (See Top 100 in Books)
- #539 in Physics of Time (Books)
- #3,515 in Astrophysics & Space Science (Books)
- #11,126 in History & Philosophy of Science (Books)
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About the author

I was born in New York City and shortly afterward moved to Toronto, spending my childhood in Canada. I received undergraduate degrees in mathematics and physics from Carleton University in Ottawa Canada, and my Ph.D. from the Massachusetts Institute of Technology in 1982.
After three year a stint in the Harvard Society of Fellows, I was a professor at Yale University for eight years and then, when I was 38 I moved to become Ambrose Swasey Professor of Physics, professor of astronomy, and Chairman of the Physics Department at Case Western Reserve Universit. Since then I have held endowed positions at a variety of Universities around the world in departments ranging from physics and astronomy, to earth and space exploration.I retired from academia in 2019 at age 65 when I became President of The Origins Project Foundation, (www.originsprojectfoundation.org) and independent non-profit foundation furthering the public understanding of science, and enhancing connections between science and culture. In the same year I became host of The Origins Podcast with Lawrence M. Krauss (www.theoriginspodcast.com), where I have extended video dialogues with the most interesting people in the world.
My research focuses on the beginning and end of the Universe. Among my contributions to the field of cosmology, I helped lead the search for dark matter, and proposed the existence of dark energy in 1995, three years before its observational discovery, which received the Nobel Prize in 2011.
I write regularly for national media, including The New York Times, The New Yorker, the Wall St. Journal, and other magazines, as well as doing extensive work on radio and television and most recently in feature films.
I am strongly committed to public understanding of science, and have helped lead the national effort to preserve sound science teaching, including the teaching of evolution, for which I was awarded the National Science Board's Award for the Public Understanding of Science. I also served on Barack Obama's 2008 Presidential campaign science policy committee. I was honored to be Chair of the Board of Sponsors of the Bulletin of the Atomic Scientists from 2006-2018, and from 2010-2019 was on the Board of Directors of the Federation of American Scientists.
I became a scientist in part because I read books by other scientists, such as Albert Einstein, George Gamow, Sir James Jeans, etc, when I was a child, and was inspired meeting various scientist-heroes including Richard Feynman and my popular writing returns the favor. One of my greatest joys is when a young person comes up to me and tells me that one of my books motivated them to become a scientist.
I believe science is not only a vital part of our culture, but is fun, and I try and convey that in my books and lectures. I am honored that Scientific American referred to me as a rare scientific public intellectual, and that all three three major US Physics Societies: the American Physical Society, the American Association of Physics Teachers, and the American Institute of Physics, have seen fit to honor me with their highest awards for research and writing.
I have now written 11 popular books on various aspects of science and culture, including the two New York Times Bestsellers, The Physics of Star Trek, and A Universe from Nothing. These two books sold over 500,000 copies in English alone and the latter was translated into 25 languages.
I am extremely excited by my newest book, The Physics of Climate Change, to be published in January 2021. This book presents cuts through the confusion by succinctly presenting the underlying science of climate change. This book aims to present the underlying science behind climate change, free of political bias, or jargon so that all readers can understand one of the most important issues of our time, and allows laypeople to assess which climate predictions are firmest and which are more speculative . The narrative, opens and closes on a Mekong Delta riverboat, and lyyrically explores the history of how scientists progressed to our current understanding of the Earth’s climate and its future. A departure from much of the focus of my past books, I believe this book could be the most important book I will have published thus far.
When not writing or doing research or relaxing at home with my family, I love to mountain bike, fly fish, and scuba dive.
You can find more about my research, my activities, and my opinions on my web page lawrencemkrauss.com or on my twitter feed @Lkrauss1 or at https://wakelet.com/@LawrenceKrauss
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Blame Kaluza for this, blame his theory of "extra dimension" for huge cohort of math-tweaking physicists trying to convince science and general population about Braneworlds and large number of other string related theories apparently solving so called "hierarchy problem".
The book is complete, I read it with pleasure. I will direct criticism to chapters 13 and 14 where text is less coherent. Second drawback: book "cries out" for just one drawing representing scale of different forces and their unification. Overall: decent read and good summary of strings/branes. It altered my opinion about it.
Many particles (supersymmetry) or many dimensions (strings)? - be your judge. But how possibly can we believe that our reality is based on theories ruled by weird mathematics of AB=-AB? I will not buy it now lightly, not since I have completed reading "Hiding in the Mirror".
He wrote in the first chapter of this 2005 book, “the central question becomes: To what extent do our imaginings reflect our own predilections, and to what extent might they actually mirror reality? If we can directly test out imaginings against the weight of observation and experiment, then the answer is easy. But what if we cannot? When certain notions persist… are they merely hardwired in our brains?... One such notion will be the focus of this book: the longstanding love affair of the human intellect with the idea that there is far more ‘out there’ than meets the eye. Science has, of course, validated this notion.” (Pg. 7-8) He continues, “This book will in part provide a timely snapshot of where we are now… In the course of this book I will also attempt to present a ‘fair and balanced’ treatment of string theory… But that should not obscure the important fact that string theory has yet to demonstrate any definitive connection to the real world and, in fact, is a theory that thus far has primarily succeeded in generating more complex mathematics as time proceeds, any hype notwithstanding.” (Pg. 12-13)
He outlines, “These revolutions in our picture of the universe at fundamental scales, from the existence of antimatter and virtual particles, to the apparent population explosion of particles and forces, and ultimately to the dynamic nature of space itself, completely transformed the landscape of physics and affected the very questions about nature that physicists might ask. Happily, many of the confusions raised by these unexpected discoveries have been resolved, as we shall see. But not all of them have been, and in the process other puzzles have arisen that have made the preliminary thrusts of physics at the beginning of the twenty-first century bear an odd resemblance to the philosophical speculations that so inspired …. [some scientists] at the beginning of the previous century.” (Pg. 119)
He notes, “wormholes, if they actually were able to exist, would allow not only distant regions of space to be connected, but also distant regions of time…both past and future! But, they probably don’t exist, so don’t get too excited about their potential… curved space itself neither implies nor requires the existence of any extra dimensions. Instead, black holes and wormholes demonstrate that even a seemingly pedestrian three-dimensional space can be far stranger than meets the eyes.” (Pg. 149)
He suggests, “the developments of GUTs [Grand Unified Theories] set the stage for far more ambitious theoretical speculations about nature. Once scientists were seriously willing to consider scales a million billion times smaller than current experiments could directly measure, why not consider scales a BILLION billion times smaller? This scale is the Planck scale, where … one must come face to face with the problems of trying to unite gravity and quantum mechanics.” (Pg. 169)
He summarizes, “by 1981 all the independent ingredients were now in the air: GUTs, strings, supersymmetry, and a newfound desire to unify ALL the forces in nature. It would take some years, and a few more miracles, before many people… would join in the harvest, but the seeds had been planted. A growing group of physicists began to seriously believe that our four-dimensional universe really might be just the tip of a cosmic iceberg, with six or seven hidden dimensions lying, ;literally, just beneath the surface. The new love affair with extra dimensions had begun.” (Pg. 172) Later, he adds, “the world of elementary particle physics underwent a sea change after 1984… The largely mathematical questions underlying the new theories became for a number of young physicists new to the field much more interesting then trying to figure out such ‘trivial’ low-energy details as grand unification might account for the actual physics that resulted in a universe full of matter instead of antimatter, or why the proton is two thousand times heavier than the electron. In short, the as-of-yet hypothetical world of hidden extra dimensions had, for many who called themselves physicians, ultimately became more compelling than the world of our experience.” (Pg. 187)
He argues, “String theory… must, if it is to be useful to physicists, address some concrete physical problems and make concrete physical predictions. It its original form, it had simply failed to do so, all the hype surrounding it notwithstanding. So, as mathematically remarkable as M-theory might be… unless all of these ideas eventually help resolve fundamental physical questions, it IS all just mathematics.” (Pg. 203)
He suggests, “you might want to … note a few of the hidden, but profound, problems with this model as it stands. First and foremost is an issue… Why are the extra dimensions small, and our three-brane possibly infinitely large? There has simply been no good answer to this question in the past ninety years… It is simply assumed that something happens so that the extra dimensions remain hidden, whether they curl up on the size of the Planck scale or are as large as a pebble on the road… This embarrassment is solved in the way other similar confusing aspects of string theory and M-theory are sometimes dealt with: Namely, it is assumed that when we fully understand the ultimate theory, everything will become clear.” (Pg. 219)
He summarizes, “Evidence for the existence or absence of extra dimensions is likely to come ultimately not from an attempt to understand the dynamics of objects within our universe, but rather from an attempt to understand the dynamics of our universe itself and to address the ultimate questions that have beset science since it first emerged from the fog of history; How did the universe begin? How will it end? And it is here… that string theory, too, must ultimately face the music. If it is really ever to provide an explanation of anything we see, much less everything we see, it must address the fundamental nature of that which we cannot see but which we know is there. It must explain the energy of nothing.” (Pg. 224)
He concludes, “I admit that… as I have written this book, I myself have run hot and cold. There have been moments when the remarkable depth of the mathematical insights being explored in the course of recent years has left me awed, and there have been times when the sheer hubris of the claims, and the lack of associated results has left me shaking my head in disbelief. But I want to make it clear that while I think it is certainly possible and… perhaps even likely that all of the formalism currently being explored is a mere house of cards, and that it might tumble as soon as the force of some new experiment or observation overwhelms it, this does not mean the effort is not worthwhile.” (Pg. 241)
This book will be of great interest for those seeking critical perspectives on string theory, and other current theories.
Top reviews from other countries
Written by a well-respected scientist and science writer, it tackles some of the most difficult aspects of physics and the universe surrounding us.
"You must follow me carefully. I shall have to controvert one or two ideas that are almost universally accepted." So begins H.G. Wells' Time Traveller before his fictional journey; in many ways, it could have been Klauss's preface.
Probing into a world of the almost unbelievable in ways which make it seem believable and in an enjoyable, not too scientific style, it is an interesting but often puzzling read.

