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OverviewFull Product DetailsAuthor: Gennaro Auletta (Pontifical Gregorian University, Rome)Publisher: Oxford University Press Imprint: Oxford University Press Dimensions: Width: 19.50cm , Height: 4.80cm , Length: 25.20cm Weight: 2.122kg ISBN: 9780199608485ISBN 10: 0199608482 Pages: 880 Publication Date: 14 July 2011 Audience: Professional and scholarly , Professional & Vocational Format: Hardback Publisher's Status: Active Availability: To order  Stock availability from the supplier is unknown. We will order it for you and ship this item to you once it is received by us. Table of Contents1: Quantum Mechanics as a General Framework 2: Classical and Quantum Information and Entropy 3: The Brain: An Outlook 4: Vision 5: Dealing with Target's Motion and Our Own Movement 6: Complexity: A Necessary Condition 7: General Features of Life 8: The Organism as a Semiotic and Cybernetic System 9: Phylogeny 10: Ontogeny 11: Epigeny 12: Representational Semiotics 13: The Brain as an Information-Control System 14: Decisional, Emotional and Cognitive Systems 15: Behavior 16: Learning 17: Memory 18: The Basic Symbolic Systems 19: What Symbols Are 20: Intentionality and Conceptualization 21: Consciousness 22: Development and Culture 23: Language 24: Mind and Brain (Body) 25: Final Philosophical RemarksReviews<br> Auletta integrates in an overarching treatise several scientific topics of greatest currency: informatics, evolutionary biology, neurobiology and cognitive science, and navigates the diverse topics with amazing breadth and depth. -- Francisco J. Ayala, University of California, Irvine<br><p><br> Most people in theoretical neurobiology and systems neuroscience will applaud this approach and nearly everyone will learn something new from this book... It is unique in its eclectic and integrative approach spanning nearly every current field of the physical and biological sciences to address fundamental issues about how the brain works. -- Karl Friston, University College London<br><p><br> Auletta's endeavor in his book on Cognitive Biology is to catch the complexity of the brain and mind as it is rooted in biology. This requires building a new discipline which will bridge the gap between biological complexity and the treatment of information at the quantum mechanical level. The novel <br> Auletta integrates in an overarching treatise several scientific topics of greatest currency: informatics, evolutionary biology, neurobiology and cognitive science, and navigates the diverse topics with amazing breadth and depth. -- Francisco J. Ayala, University of California, Irvine<br><p><br> Most people in theoretical neurobiology and systems neuroscience will applaud this approach and nearly everyone will learn something new from this book... It is unique in its eclectic and integrative approach spanning nearly every current field of the physical and biological sciences to address fundamental issues about how the brain works. -- Karl Friston, University College London<br><p><br> Auletta's endeavor in his book on Cognitive Biology is to catch the complexity of the brain and mind as it is rooted in biology. This requires building a new discipline which will bridge the gap between biological complexity and the treatment of information at the quantum mechanical level. The novelty and the success of this enterprise is backed by a striking amount of knowledge in neuroscience, cognitive science, physics and philosophy. -- Marc Jeannerod, Institute for Cognitive Science, Lyon, France<br><p><br> Auletta integrates in an overarching treatise several scientific topics of greatest currency: informatics, evolutionary biology, neurobiology and cognitive science, and navigates the diverse topics with amazing breadth and depth. -- Francisco J. Ayala, University of California, Irvine Most people in theoretical neurobiology and systems neuroscience will applaud this approach and nearly everyone will learn something new from this book... It is unique in its eclectic and integrative approach spanning nearly every current field of the physical and biological sciences to address fundamental issues about how the brain works. -- Karl Friston, University College London Auletta's endeavor in his book on Cognitive Biology is to catch the complexity of the brain and mind as it is rooted in biology. This requires building a new discipline which will bridge the gap between biological complexity and the treatment of information at the quantum mechanical level. The novelty and the success of this enterprise is backed by a striking amount of knowledge in neuroscience, cognitive science, physics and philosophy. -- Marc Jeannerod, Institute for Cognitive Science, Lyon, France Author InformationGennaro Auletta is Aggregate Professor in the Gregorian University, Researcher in the Cassino University, and Scientific Director of the STOQ Project. He is also visiting professor in the University of Notre Dame, associate of the Faraday Institute of the Cambridge University, and member of the Linnean Society of London. After taking his degree in philosophy at La Sapienza University in Rome he took his Ph.D and his Postdoc in Philosophy at the same university. His philosophical interests are logic, philosophy of nature (with special connections with quantum mechanics and biology), philosophy of mind, and metaphysics. In science, his main interests are in quantum mechanics (quantum information, foundations, interpretation). For the last ten years his research interests have addressed issues in the treatment of information by biological systems (from bacteria to human brain), in cognitive neurosciences. Tab Content 6Author Website:Countries AvailableAll regions |
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