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Chaos: Making a New Science Paperback – August 26, 2008
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James Gleick
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Print length384 pages
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LanguageEnglish
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PublisherPenguin Books
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Publication dateAugust 26, 2008
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Dimensions1.3 x 5.5 x 8.4 inches
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ISBN-109780143113454
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ISBN-13978-0143113454
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Lexile measure1160L
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Editorial Reviews
Review
“Taut and exciting . . . a fascinating illustration of how the pattern of science changes.” —The New York Times Book Review
“Highly entertaining . . . a startling look at newly discovered universal laws.”—Chicago Tribune
“An awe-inspiring book. Reading it gave me that sensation that someone had just found the light switch.” —Douglas Adams, author of The Hitchhiker’s Guide to the Galaxy
“Chaos is a feast.” —The Washington Post Book World
About the Author
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Product details
- ASIN : 0143113453
- Publisher : Penguin Books; 20th Anniversary ed. edition (August 26, 2008)
- Language : English
- Paperback : 384 pages
- ISBN-10 : 9780143113454
- ISBN-13 : 978-0143113454
- Lexile measure : 1160L
- Item Weight : 1 pounds
- Dimensions : 1.3 x 5.5 x 8.4 inches
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Best Sellers Rank:
#33,577 in Books (See Top 100 in Books)
- #5 in Fractal Mathematics
- #7 in Chaos Theory
- #9 in System Theory
- Customer Reviews:
About the author

James Gleick was born in New York and began his career in journalism, working as an editor and reporter for the New York Times. He covered science and technology there, chronicling the rise of the Internet as the Fast Forward columnist, and in 1993 founded an Internet startup company called The Pipeline. His books have been translated into more than twenty-five languages.
His home page is at http://around.com, and on Twitter he is @JamesGleick.
Customer reviews
Top reviews from the United States
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In Chaos, Gleick looks at how the science of chaos was developed. It's pretty interesting to follow how researchers in different fields somehow discovers how the theory is not as it seems. How simple systems are not just simple systems but can evolve into complex systems. And how these researchers through their curiosity and open-mindedness were able to see that perhaps there's a new paradigm and a new theory to be discovered.
Unfortunately I don't think this book is very well written. The purpose and point of the book is quite hard to see. Does Gleick want to tell us about chaos? In that case the explanations are few and far between and when an explanation of chaos is attempted, it doesn't quite adequately explain it. Perhaps this is more to tell the human side of chaos? How recognition might not always come but the pursuit of truth is more important. In this case I am unconvinced as the structure doesn't allow that to come across. The book seems to be more about individuals and looks to be split up into small autobiographies. Finishing this book, I'm not really sure what it was I was supposed to get out of it. The most interesting point for me was how Kuhn's theory of scientific revolutions was exemplified but other than this I don't feel like I got anything else out of the book.
This is then not a book about chaos theory. It's more a collection of stories of the people who helped bring about chaos theory and their struggles in doing so.
I believe this book will be most rewarding to readers with knowledge of science at high-school & college levels, in particular readers that understand how equations/math are used in sciences to describe and predict the behavior of various systems/objects.
3-stars for the prose. Gleick's writing doesn't flow and is often hard to follow. I can't say it was enjoyable read, most of the time I felt that I had to "extract" what he is trying to say by rereading certain sections.
5-stars for the content, breadth, and depth. Gleick casts a wide net in describing how pieces of Chaos theory emerged from several scientific fields. He did a phenomenal job in researching the topic and immersing himself in technical details.
Several keywords to take away from this book are : Chaotic systems, Fractals and Self-Similar patterns, Butterfly effect, Nonlinear systems,Dynamic systems, Bifurcating systems, Attractor. One example of how fractals appear in landscapes: [...].
Chaos theory spawned several new subfields broadly can be labelled as Emergent Complexity.
I am partial to science and found this book fascinating. Numerous scientists and major contributors to chaos theory, which as you can imagine include some colorful and unique characters, are documented and Gleick does an excellent job providing enough detail to allow for a basic understanding, without getting technical to the point of confusion. There are also several illustrations that help clarify the ideas presented. I was hoping for a little more descriptions pertaining to how chaos theory was applied to the financial markets, but there are several examples given that illustrate the relevance of the field.
It is surprising to think about how advanced our society is, yet we are still unable to fully describe everyday occurrences like creamer mixing into coffee. As tempting as it is to try to fit data sets into normal distributions and other orderly patterns, nature consistently demonstrates that these models only correspond to reality under certain conditions and these conditions are rarely satisfied.
I was also hoping to get more of an update in the afterword regarding how much this field has advanced since the book was written over two decades ago. But overall, I thoroughly enjoyed this book and would recommend it to anyone who likes science or is generally a curious person.
In this book, I liked the story-telling and didactic explanations. Should be a nice gift for youngsters interested in math or physics. A bit more explicit math would have been helpful; sometimes the author bends over backwards to avoid even simple formulae or equations, which might have been easier to understand for readers with college math than verbal explanations.
I got interested and probably will follow on with more advanced material.
The book may be a bit dated now, but not being an expert, I find it hard to point out specific items that should be added or updated. I am sure that a lot of things have happened after the book was published. I would also have appreciated a longer list of citations of the original publications.
Top reviews from other countries
To make sense of the book the reader needs a basic knowledge of calculus, differential equations and imaginary numbers, at least up to A level standard. It desperately needs a glossary, and it would also help to have a timeline with brief explanations about who contributed what to the study. My background is in engineering so I found myself asking what were the applications of the various strands of the theory, something a pure mathematician would never do.
I started out knowing little about chaos theory, and ended up still not able to say that I understood it, but having reached the Rumsfeld status of 'known unknowns', I now know what it is I don't know, and am hungry to learn more.
Hence, I will skip ahead & won't come across partial towards anyone...well except Edward Lorenz!
I also found the highest points of the book in the topics of universality, helium in a box, information theory, fractals & the rhythm of scales, mode locking, cross section of an attractor, coastline measurement, briefly mentioned theorem related to deterministic non-periodic flow, horseshoe, degrees of freedom...
It is astonishing that even with so much progress, most of these topics are either not mentioned in mainstream curriculum or not appreciated as those should be.
Therefore, the book is for everyone & anyone who may find non-linear sciences unnecessary, in the way or daunting.
There are many excellent quotes by the pioneers of this field & author himself...some struck me like a lightning bolt while others lingered in the thoughts slowly taking over. More often then not, this made me to take the happy long pause to follow the racing of thoughts.
In my little understanding of the science, I suppose the degrees of freedom I could understand here is perhaps a sibling to the topics of uncertainty principle and paradox of observations.
Anyhow, I will certainly be back to refer this book again and again...yet not every fallback being exactly the same :)














