This collection of twenty-one essays explores the creative interaction among the cognitive neurosciences, philosophy, and theology. It is the result of the fourth of five international research conferences co-sponsored by the Vatican Observatory, Rome, and the Center for Theology and the Natural Sciences, Berkeley. The overarching goal of these conferences is to support the engagement of constructive theology with the natural sciences and to investigate the philosophical and theological elements in ongoing theoretical research in the natural sciences.This series of conferences builds on the initial Vatican Observatory conference and its resulting publication, Physics, Philosophy, and Theology: A Common Quest for Understanding (1988), and on previous jointly-sponsored conferences and their publications: Quantum Cosmology and the Laws of Nature (1993), Chaos and Complexity (1995); and Molecular and Evolutionary Biology (1998). A future conference will focus on quantum physics and quantum field theory.In Section One, essays on biblical accounts of human nature (Joel B. Green) and on the role of philosophical theories of human nature in recent theology (Fergus Kerr) are paired with "snapshots" of neuroscientific research (Joseph E. LeDoux, Peter Hagoort, Marc Jeannerod, and Leslie A. Brothers) to set the poles between which the volume's dialogue proceeds. In Section Two, essays of two types bridge the fields of cognitive neuroscience and philosophy of mind: the first begin with findings in science that raise philosophical issues (Michael A. Arbib, LeDoux, Jeannerod); the second type address current philosophical accounts of human nature, focusing especially on reductionism (William R. Stoeger, Nancey Murphy, Theo C. Meyering). Essays in Section Three proceed from neuroscientific or philosophical accounts of human nature to theological interpretations: three essays provide comprehensive accounts of human nature consistent with both theology and science (Philip Clayton, Arthur Peacocke, Ian G. Barbour); others relate findings and general trends in neuroscience to phenomenological and Thomistic accounts of human experience (Stephen Happel), to Christian teaching on life after death (Ted Peters), and to religious experience (Fraser Watts, Wesley J. Wildman, and Leslie Brothers). Section Four offers conflicting answers to the question whether or not a theistic account is needed to make sense of the various dimensions of human nature canvassed in this volume.

Cognitive science, in Howard Gardner's words, has a relatively short history but a very long past. While its short history has been the subject of quite a few studies published in recent years, the current book focuses instead on its very long past. It explores the emergence of the conceptual framework that was necessary to make the rise of modem cognitive science possible in the first place. Over the long course of the history of the theory of perception and of cognition, various conceptual breakthroughs can be discerned that have contributed significantly to the conception of the mind as a physical symbol system with intricate representational capacities and unimaginably rich computational resources. In historical retrospect such conceptual transitions-seemingly sudden and unannounced-are typically foreshadowed in the course of enduring research programs that serve as slowly developing theoretical con­ straint structures gradually narrowing down the apparent solution space for the scientific problems at hand. Ultimately the fundamental problem is either resolved to the satisfaction of the majority of researchers in the area of investigation, or else-and much more commonly-one or more of the major theoretical constraints is abandoned or radically modified, giving way to entirely new theoretical vistas. In the history of the theory of perception this process can be witnessed at vari­ ous important junctures.

Cognitive science, in Howard Gardner''s words, has a relatively short history but a very long past. While its short history has been the subject of quite a few studies published in recent years, the current book focuses instead on its very long past. It explores the emergence of the conceptual framework that was necessary to make the rise of modem cognitive science possible in the first place. Over the long course of the history of the theory of perception and of cognition, various conceptual breakthroughs can be discerned that have contributed significantly to the conception of the mind as a physical symbol system with intricate representational capacities and unimaginably rich computational resources. In historical retrospect such conceptual transitions-seemingly sudden and unannounced-are typically foreshadowed in the course of enduring research programs that serve as slowly developing theoretical con­ straint structures gradually narrowing down the apparent solution space for the scientific problems at hand. Ultimately the fundamental problem is either resolved to the satisfaction of the majority of researchers in the area of investigation, or else-and much more commonly-one or more of the major theoretical constraints is abandoned or radically modified, giving way to entirely new theoretical vistas. In the history of the theory of perception this process can be witnessed at vari­ ous important junctures.

This collection of twenty-one essays explores the creative interaction among the cognitive neurosciences, philosophy, and theology. It is the result of the fourth of five international research conferences co-sponsored by the Vatican Observatory, Rome, and the Center for Theology and the Natural Sciences, Berkeley. The overarching goal of these conferences is to support the engagement of constructive theology with the natural sciences and to investigate the philosophical and theological elements in ongoing theoretical research in the natural sciences.This series of conferences builds on the initial Vatican Observatory conference and its resulting publication, Physics, Philosophy, and Theology: A Common Quest for Understanding (1988), and on previous jointly-sponsored conferences and their publications: Quantum Cosmology and the Laws of Nature (1993), Chaos and Complexity (1995); and Molecular and Evolutionary Biology (1998). A future conference will focus on quantum physics and quantum field theory.In Section One, essays on biblical accounts of human nature (Joel B. Green) and on the role of philosophical theories of human nature in recent theology (Fergus Kerr) are paired with "snapshots" of neuroscientific research (Joseph E. LeDoux, Peter Hagoort, Marc Jeannerod, and Leslie A. Brothers) to set the poles between which the volume's dialogue proceeds. In Section Two, essays of two types bridge the fields of cognitive neuroscience and philosophy of mind: the first begin with findings in science that raise philosophical issues (Michael A. Arbib, LeDoux, Jeannerod); the second type address current philosophical accounts of human nature, focusing especially on reductionism (William R. Stoeger, Nancey Murphy, Theo C. Meyering). Essays in Section Three proceed from neuroscientific or philosophical accounts of human nature to theological interpretations: three essays provide comprehensive accounts of human nature consistent with both theology and science (Philip Clayton, Arthur Peacocke, Ian G. Barbour); others relate findings and general trends in neuroscience to phenomenological and Thomistic accounts of human experience (Stephen Happel), to Christian teaching on life after death (Ted Peters), and to religious experience (Fraser Watts, Wesley J. Wildman, and Leslie Brothers). Section Four offers conflicting answers to the question whether or not a theistic account is needed to make sense of the various dimensions of human nature canvassed in this volume.

Cognitive science, in Howard Gardner's words, has a relatively short history but a very long past. While its short history has been the subject of quite a few studies published in recent years, the current book focuses instead on its very long past. It explores the emergence of the conceptual framework that was necessary to make the rise of modem cognitive science possible in the first place. Over the long course of the history of the theory of perception and of cognition, various conceptual breakthroughs can be discerned that have contributed significantly to the conception of the mind as a physical symbol system with intricate representational capacities and unimaginably rich computational resources. In historical retrospect such conceptual transitions-seemingly sudden and unannounced-are typically foreshadowed in the course of enduring research programs that serve as slowly developing theoretical con­ straint structures gradually narrowing down the apparent solution space for the scientific problems at hand. Ultimately the fundamental problem is either resolved to the satisfaction of the majority of researchers in the area of investigation, or else-and much more commonly-one or more of the major theoretical constraints is abandoned or radically modified, giving way to entirely new theoretical vistas. In the history of the theory of perception this process can be witnessed at vari­ ous important junctures.

Cognitive science, in Howard Gardner''s words, has a relatively short history but a very long past. While its short history has been the subject of quite a few studies published in recent years, the current book focuses instead on its very long past. It explores the emergence of the conceptual framework that was necessary to make the rise of modem cognitive science possible in the first place. Over the long course of the history of the theory of perception and of cognition, various conceptual breakthroughs can be discerned that have contributed significantly to the conception of the mind as a physical symbol system with intricate representational capacities and unimaginably rich computational resources. In historical retrospect such conceptual transitions-seemingly sudden and unannounced-are typically foreshadowed in the course of enduring research programs that serve as slowly developing theoretical con­ straint structures gradually narrowing down the apparent solution space for the scientific problems at hand. Ultimately the fundamental problem is either resolved to the satisfaction of the majority of researchers in the area of investigation, or else-and much more commonly-one or more of the major theoretical constraints is abandoned or radically modified, giving way to entirely new theoretical vistas. In the history of the theory of perception this process can be witnessed at vari­ ous important junctures.