Reviews and awards
Awards and distinctions
- Best New Professional/Scholarly Publishing Division Honorable Mention in the category of Computer Science, awarded by the Association of American Publishers. To put this in perspective, only one other computer science book and approximately 50 non-fiction books received a similar or higher honor for the year. See the press release for more details.
- Cool Site award winner (in the Reference: Dictionaries: Glossary section) of the Open Directory Project (formerly Newhoo).
- Other Web page awards. Most are bogus, but the ones below are respectable: Surreal Web Site award winner; Critical Mass Award winner; Take 5 award's for News & Information
- The Computational Beauty of Nature is (at the time of this writing) the highest rated book by readers in the Science and Technology and the Computer Learning sections of the Reader's Choice Network.
- Spotlight website of the The Mining Co.
- Cover artwork used as the cover for the Fall 98 MIT Press Computer Science catalog.
- The book's bibliography has been incorporated into the LIIN Bibliography.
The London Times - Higher Educational Supplement
Harold Thimbleby · October 29, 1999
This is a book that deserves 15 different sorts of review. If computers touch your life, then here is a way of entering the excitement of closing the gap between technology and life, between computers and nature. If you have any sense of fun, get the book, get on the internet, download the programs and start to play your way into exploring the boundaries of science.
That is one review. Another might be one that persuades those stuffy people who write A-level computing and information technology syllabuses to read this book and use it to design a syllabus that would give teenagers a real subject. The Computational Beauty of Nature provides a wealth of ideas that are relevant, challenging, stretching, deeply absorbing, and ideal for school treatment. Yet another review would trigger daydreams of a world we might have been drawn into had we read this book when we were teenagers. In receptive hands. this book will inspire degree choices life choices, and a greater appreciation of computers and nature.
The book's ponderous title belies the decade's work of love that it is. A substantial selection of core subject areas are covered in 24 chapters that require a modest level of mathematics. If you do not understand calculus, you are not going to learn it from this hook, but the summaries provided are useful revision, and not so tedious that they would put off less numerate readers.
Besides, it is easy enough and quite satisfying to play with the many versatile programs: the book's website can be explored at http://mitpress.mit.edu/0262062003.html. Every chapter is illustrated by programs, from simulating predator-prey systems to applications of genetic algorithms. The programs can be run directly and the source code is available for anyone wanting to try their hand at programming.
The programs are well documented, both in the book and on the website. Indeed, the website looks like it will become a lively centre of activity for the subject, and for pedagogic developments.
Perhaps the best review of the book would see it as popular science. The Computational Beauty of Nature makes science accessible to anyone who enjoys, say, the level of Scientific American. A temptation of popularising science is to sink into reportage. That is, you watch the lives of scientists, but do not become a scientist. Fortunately this book is crammed with ideas and programs that are both flexible and powerful.
It starts with a clear exposition of computability that leads up to a discussion of Turing and Gödel's ideas on what computers can and cannot do in principle; the associated program is an interactive Lisp system that can be used to explore recursion and other concepts in a general way. You can also draw all sorts of coloured Mandelbrot sets and watch flocks of birds fly across your screen.
The book takes the view that computing and natural systems ideas are unified in a pentagram of relations. This philosophy is a bit wobbly --- I do not mean this as a criticism --- in the sense that it makes one want to rush in and sort it out. In fact this is its characteristic strength: the reader is invited to experiment with ideas, formulas, pictures and programs --- and is left on the edge of a new personal understanding, or even on the edge of genuine new discovery.
The balance is tantalising. A useful glossary, a substantial bibliography and a good index also mean that the book will make a good travel guide for the journeys it will inspire.
AI Magazine
Elizabeth Bradley · Summer 2000
“The text is well crafted, and the scholarship is both broad and deep. The author is clearly a renaissance man as well as a wonderful teacher. He is equally good at succinct summaries and painting the big picture, and he makes particularly effective use of examples. Best of all is his infectious joy about his subject: The text is full of percolations of delight at the beauty of some concept or equation or at the sheer fun of hacking code. This book would be great for a course, as a reference, or just plain old recreational reading.” online.
American Mathematical Monthly
Michael Frame
“... I know of no book, other than [ The Computational Beauty of Nature ], that covers this interesting mix of related topics. I think this book would make a fine source for a senior seminar or for thesis students. Code is available on the web for those who want to experiment; in my opinion, this should be everyone. Adequate references to other sources are provided, and the author's style is generally engaging.
Journal of Artificial Societies and Social Simulation
Nigel Gilbert
“The theme of the book is wildly ambitious: to describe, explain and inter-relate fundamental ideas from computation, fractals, chaos, complex systems and adaptation. It could have very easily gone wrong. But in fact it is a triumph, because Flake is always clear and precise.”
The British Computer Society
J. W. Bruce
“This is an outstanding book which can be recommended to all computer professionals but especially undergraduate and postgraduate computer scientists and mathematicians.”
Science, Books & Films (AAAS)
· May 1999
Chris Harrison
Doctor Dobb's Journal
Gregory V. Wilson · August 1999
Slashdot
· October 29, 1998
Santa Fe Institute (personal page)
Cosma Shalizi
Danny Yee
Michael Salsbury · 1999
Quebec Micro (in French)
USENET
Arunprasad Marathe