Saturday, January 22, 2011

Invisible Gorilla

I recently read a very interesting review on this book and I am yet to get hold of a copy of this. Find below an overview of the book taken from their website. Alternately one can try out the link below:
Reading this book will make you less sure of yourself-and that's a good thing. In The Invisible Gorilla, we use a wide assortment of stories and counterintuitive scientific findings to reveal an important truth: Our minds don't work the way we think they do. We think we see ourselves and the world as they really are, but we're actually missing a whole lot. 
We combine the work of other researchers with our own findings on attention, perception, memory, and reasoning to reveal how faulty intuitions often get us into trouble. In the process, we explain:
  • Why a company would spend billions to launch a product that its own analysts know will fail
  • How a police officer could run right past a brutal assault without seeing it
  • Why award-winning movies are full of editing mistakes
  • What criminals have in common with chess masters
  • Why measles and other childhood diseases are making a comeback
  • Why money managers could learn a lot from weather forecasters
Again and again, we think we experience and understand the world as it is, but our thoughts are beset by everyday illusions. We write traffic laws and build criminal cases on the assumption that people will notice when something unusual happens right in front of them. We're sure we know where we were on 9/11, falsely believing that vivid memories are seared into our mind with perfect fidelity. And as a society, we spend billions on devices to train our brains because we're continually tempted by the lure of quick fixes and effortless self-improvement. 


The Invisible Gorilla reveals the numerous ways that our intuitions can deceive us, but it's more than a catalog of human failings. In the book, we also explain why people succumb to these everyday illusions and what we can do to inoculate ourselves against their effects. In short, we try to give you a sort of "x-ray vision" into your own minds, with the ultimate goal of helping you notice the invisible gorillas in your own life.
Authors:

Christopher Chabris and Daniel Simons met at Harvard University in 1997, where they began to collaborate on research. In 2004 they received the Ig Nobel Prize in Psychology, awarded for "achievements that first make people laugh, and then make them think," for the experiment that inspired The Invisible Gorilla. They continue to work together on new research projects, articles, and their blog.

Chris received his B.A. in computer science and his Ph.D. in psychology from Harvard University, where he was also a Lecturer and Research Associate for many years. He is now Assistant Professor of Psychology at Union College in Schenectady, New York, Adjunct Assistant Professor of Neurology at Albany Medical College, and a Visiting Scholar at the MIT Center for Collective Intelligence. His research focuses on two main areas: how people differ from one another in mental abilities and patterns of behavior, and how cognitive illusions affect our decisions. He has published papers on a diverse array of topics, including human intelligence, beauty and the brain, face recognition, the Mozart effect, group performance, and visual cognition. Chris also writes occasionally for the Wall Street Journal. Chris is also a chess master and poker amateur.

Daniel Simons is a Professor in the Department of Psychology and the Beckman Institute at the University of Illinois. Simons received his B.A. in Psychology and Cognitive Science from Carleton College and his Ph.D. in Experimental Psychology from Cornell University. He then spent five years on the faculty at Harvard University before moving to Illinois in 2002. His scholarly research focuses on the limits of human perception, memory, and awareness, and he is best known for his research showing that people are far less aware of their visual surroundings than they think. His work is published in top scientific journals and is discussed regularly in the popular media. His studies and demonstrations have been exhibited in more than a dozen science museums worldwide. In his spare time, he enjoys juggling, bridge, and chess.

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