This book reflects the richness and intellecutal depth the field of multisensory integration has attained. The range of approaches is impressive, and should lead every neuroscientist to appreciate the multisensory nature of our brains. Essential. -- Michael S. Gazzaniga, Center for Cognitive Neuroscience, Dartmouth College Biologically inspired computational modeling of the processes for integrating sensory data is widely seen as essential for both understanding complex neuroscientific data and constructing smarter artificial systems. The comprehensive accounts of the physiological, psychological, developmental, and functional processes associated with multisensory integration presented in this handbook will provide much of the 'biological inspiration' for future models in this area. -- Peter Redgrave, Department of Psychology, University of Sheffield This volume is a monumental achievement! Essentially reading for anyone with an interest in this important field of the behavioral and neural sciences. -- Leo M. Chalupa, Professor of Ophthamology and Neurobiology, and Chair, Section of Neurobiology, Physiology and Behavior, University of California, Davis
Gemma Calvert is a Wellcome Career Development Fellow and Head of the Multisensory Research Group at the Department of Physiology and Center for Functional Magnetic Resonance Imaging of the Brain at Oxford University. Charles Spence is Director of the Crossmodal Research Group at the Department of Experimental Psychology at Oxford University. Barry E. Stein is Professor and Chair of the Department of Neurobiology and Anatomy at Wake Forest University School of Medicine. His previous books on this topic include The Merging of the Senses (MIT Press, 1993) and The Handbook of Multisensory Processes (MIT Press, 2004).
"Martha Farah shows how a potentially impenetrable topic, visual agnosia, can be unpacked and analyzed in a captivating way. Her classic work of 15 years ago is now updated and fleshed out so thorougly that it is almost a new book. It is a must-read."--Michael S. Gazzaniga, Center for Cognitive Neuroscience, Dartmouth CollegePlease note: Arrived too late to appear on book jacket. "Biologically inspired computational modeling of the processes for integrating sensory data is widely seen as essential for both understanding complex neuroscientific data and constructing smarter artificial systems. The comprehensive accounts of the physiological, psychological, developmental, and functional processes associated with multisensory integration presented in this handbook will provide much of the 'biological inspiration' for future models in this area." Peter Redgrave, Department of Psychology, University of Sheffield "Wegner has written a devilishly clever, witty, and thorough book. He brings all the pieces together to tackle the problem of free will. This book will serve as the foundation for an untold number of hot debates on who is in charge of our personal destinies."--Michael S. Gazzaniga, Center for Cognitive Neuroscience, Dartmouth College "Since the 1980's, when the field of cognitive neuroscience was born, an explosion of studies has occurred, with most of the attention in recent years being placed on neuroimaging. Now one of the leading neuroimaging scientists, Mark D'Esposito, reminds us that the whole discipline starts with the wonder of neurologic patients. In this compelling book, the major syndromes of human brain science are presented and then dissected in modern scientific terms. It is a tour de force. Don't miss it."--Michael S. Gazzaniga, Center for Cognitive Neuroscience, Dartmouth College "In an age of increasing specialization, the gap between philosophy and neuroscience can be enormous. Somehow Pat Churchland manages to connect the dots, and a deeper, richer and more complete view of how the brain enables the mind emerges from her powerful new book. It is a great contribution."--Michael S. Gazzaniga, Center for Cognitive Neuroscience, Dartmouth College "Glimcher does extrordinary neuroscience and relates it to the most fundamental of all questions: how the brain makes decisions. His use of game theory to characterize decision making in both humans and monkeys under conditions of strategic conflict is unique. What could be more important than studying the neurobiological basis of volitional choice in earnest? The implications and applications of his work are singular."--Michael S. Gazzaniga, Center for Cognitive Neuroscience, Dartmouth College "Biologically inspired computational modelling of the processes for integrating sensory data is widely seen as essential for both understanding complex neuroscientific data and constructing smarter artificial systems. The comprehensive accounts of the physiological, psychological, developmental, and functional processes associated with multisensory integration presented in this handbook will provide much of the 'biological inspiration' for future models in this area."--Peter Redgrave, Department of Psychology, University of Sheffield
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