Randomness

I believe that Dr. Bennett's book, Randomness, helps explain the science of it to the novice learner. Randomness is quite a science even though the results can differ from time to time. If you are in Atlantic City or Las Vegas, the science of randomness can help explain the roll of the dice. This book is interesting and easily read for those who are not so keen on mathematics like myself. Bennett's writing is to the audience and not at it which is essential in reading a book by this mathematician and college professor. Mathematics is not one of my favorite subjects but I recommend this book strongly to college bound students or anybody interested in broadening their minds to understanding the situation of random events and circumstances. Not everything can be explained by science, then there is randomness.

Like some previous reviewers, I read "Randomness" because of references in Nicholas Taleb's book "Fooled by Randomness." Although Taleb focused on the last chapter, "Paradoxes in Probability," the bulk of Bennett's book is a popular history and development of probability theory from scientific, mathematical and philosophical perspectives. Although not as full of puzzles like the "Monte Hall" problem as expected, the unintuitive nature of determining probabilities is illustrated quite well by going over the intellectual development of the field. If you want an understanding of probability and why it is often so hard, "Randomness" is a great place to start.

"Human species does not have a very highly developed probabilistic sense": a thought that has been haunting me for years... This small and beautiful book gives the reader a fantastic insight into the history of randomness, the philosophy, and some of the biggest mistakes humans tend to make. After reading the book and somebody tells you that you have a 95% chance of being affected by illness XYZ, you will remember having read RANDOMNESS...

Professor Bennett's book does many things well. In its short space it can not do each fully, but nonetheless, she does an excellent coverage of history, philosophy, and applications. Although this is not the ideal book for learning to do probability, I suspect many students would find it helpful. As she herself demonstrates if you have not studied probability, you are doomed to misunderstand it even if you are otherwise mathematically sophisticated. Consequently, this book is ideal as an introduction to the subject for people at all levels. (For those who want to learn to do probability calculations, I would recommend two books. If you have not had calculus you might try the book by Samuel Goldberg. For those with calculus, I would suggest either the book "Probability for Engineers and Scientists" by R. W. Hamming or the book "Introduction to Probability Models" by Sheldon Ross.)

I throughly Enjoyed this book and would recommend it to anyone,a s an introduction to the subject