How Intelligence Happens

Human intelligence is among the most powerful forces on earth. It builds sprawling cities, vast cornfields and coffee plantations, complex microchips; it takes us from the atom to the limits of the universe. Understanding how brains build intelligence is among the most fascinating challenges of modern science. How does the biological brain, a collection of billions of cells, enable us to do things no other species can do? In this book John Duncan, a scientist who has spent thirty years studying the human brain, offers an adventure story - the story of the hunt for basic principles of human intelligence, behaviour, and thought. Using results drawn from classical studies of intelligence testing; from attempts to build computers that think; from studies of how minds change after brain damage; from modern discoveries of brain imaging; and from groundbreaking recent research, Duncan synthesizes often difficult-to-understand information into a book that will delight scientific and popular readers alike. He explains how brains break down problems into useful, solvable parts and then assemble these parts into the complex mental programmes of human thought and action. Moving from the foundations of psychology, artificial intelligence, and neuroscience to the most current scientific thinking, "How Intelligence Happens" is for all those curious to understand how their own mind works.

About the Author :
John Duncan is assistant director of the MRC Cognition and Brain Sciences Unit in Cambridge, honorary professor of cognitive neuroscience at the Universities of Cambridge and Bangor, visiting professor at the University of Oxford, and fellow of the Royal Society and the British Academy. For the past thirty years, his research has focused on linking human mind to brain. He is known for his frontal-lobe theory of human intelligence, which has been covered in the media worldwide. He lives in a small village near Cambridge, U.K.

Review :
"John Duncan, one of the world's leading cognitive neuroscientists . . . makes a convincing case that [the brain's frontal and parietal lobes] constitute a special circuit that is crucial for both [British psychologist Charles] Spearman's 'g' and for intelligent behavior more generally." Christopher F./i>--Christopher F. Chabris"Wall Street Journal" (10/23/2010)" "Like getting into a gripping novel... The book is an invigorating read." D./i>--D. Wayne Dworsky "Sacramento Book Review "" The experimental findings relating to human intelligence often are unexpected and arresting . . . The opportunity to learn about these discoveries will make this book rewarding for the lay reader. At the same time, the broad range of disciplines represented will provide many professional neurobiologists with welcome new facts and ideas. Charles F./i>--Charles F. Stevens "Public Library of Science Biology "" This book is a timely, original, and highly readable contribution to our understanding of human intelligence and its implementation in the brain, by a leading figure in cognitive neuroscience. Nancy Kanwisher, MIT--Nancy Kanwisher (03/12/2010)" Winner of the 2012 Heineken Prize for Cognitive Science, awarded to an individual who has done outstanding work in cognitive science. The prize draws attention to the importance of studying the cognitive functions of human and animals, a relatively new branch of science.The winners of the 2012 Heineken Prizes are chosen by independent juries appointed by the Royal Academy. The prizes are funded by the Dr. H.P. Heineken Foundation and the Alfred Heineken Fondsen Foundation.The award is given by the Royal Netherlands Academy of Arts and Sciences endowed by Heineken Foundation.Professor Duncan is receiving the Dr. A.H. Heineken Prize for Cognitive Science for his remarkable innovative, multidisciplinary research into the relationships between psychology, behaviour and intelligence on the one hand and neural processes on the other. His concepts have become a cornerstone of cognitive neuroscience.--Dr. A.H. Heineken Prize for Cognitive Science"Royal Netherlands Academy of Arts and Sciences" (03/21/2012)" Selected as a Choice Outstanding Academic Title for 2011 in the Psychology category.--Choice Outstanding Academic Title"Choice" (03/12/2012) "The experimental findings relating to human intelligence often are unexpected and arresting . . . The opportunity to learn about these discoveries will make this book rewarding for the lay reader. At the same time, the broad range of disciplines represented will provide many professional neurobiologists with welcome new facts and ideas."--Charles F./i>--Charles F. Stevens "Public Library of Science Biology " "John Duncan, one of the world''s leading cognitive neuroscientists . . . makes a convincing case that [the brain''s frontal and parietal lobes] constitute a special circuit that is crucial for both [British psychologist Charles] Spearman''s ''g'' and for intelligent behavior more generally."--Christopher F./i>--Christopher F. Chabris"Wall Street Journal" (10/23/2010) "This book is a timely, original, and highly readable contribution to our understanding of human intelligence and its implementation in the brain, by a leading figure in cognitive neuroscience."--Nancy Kanwisher, MIT--Nancy Kanwisher (03/12/2010) A comprehensive account of the brain mechanisms of cognition, not only historical but also quite readable and offering a unique perspective and hypotheses. Duncan offers a more fluid dynamic view of frontal cortex function that stands in contrast to the traditional model of cortical function. Earl K. Miller, Picower Professor of Neuroscience, MIT --Earl K. Miller (01/29/2010)" A highly personal and fascinating account of how the brain supports thought processes. Michael I. Posner, professor emeritus, University of Oregon --Michael I. Posner (02/01/2010)" "A comprehensive account of the brain mechanisms of cognition, not only historical but also quite readable and offering a unique perspective and hypotheses. Duncan offers a more fluid dynamic view of frontal cortex function that stands in contrast to the traditional model of cortical function."--Earl K. Miller, Picower Professor of Neuroscience, MIT --Earl K. Miller (01/29/2010) "A highly personal and fascinating account of how the brain supports thought processes." --Michael I. Posner, professor emeritus, University of Oregon --Michael I. Posner (02/01/2010)