The Oxford Handbook of Philosophy and Neuroscience is a state-of-the-art collection of interdisciplinary research. Contributors, including both philosophers and neuroscientists, bring evidence from current neurobiology of learning and memory, perception and sensation, neurocomputational modeling, neuroanatomy, neuroethics, and neurology and clinical neuropsychology to bear on a wide range of philosophical concerns.
The Oxford Handbook of Philosophy and Neuroscience is a state-of-the-art collection of interdisciplinary research. Contributors, including both philosophers and neuroscientists, bring evidence from current neurobiology of learning and memory, perception and sensation, neurocomputational modeling, neuroanatomy, neuroethics, and neurology and clinical neuropsychology to bear on a wide range of philosophical concerns.
John Bickle is Professor and Head of the Department of Philosophy and Religion, Adjunct Professor in the Department of Psychology, and Fellow of the Institute for Imaging and Analytical Technologies (I2AT) at Mississippi State University.
Inhaltsangabe
* Notes on the Contributors * Editor's Introduction * Part I: Explanation, Reduction, and Methodology in Neuroscientific Practice: * Chapter 1: Molecules, systems, and behavior: Another view of memory consolidation * Chapter 2: Biological clocks: Explaining with models of mechanisms * Chapter 3: Methodology and reduction in the behavioral neurosciences: Object exploration as a case study, Chapter 4 The Science of Research and the search for molecular mechanisms of cognition * Part II: Learning and Memory: * Chapter 5: The lower bounds of cognition: What do spinal cords reveal? * Chapter 6: Lessons for cognitive science from neurogenomics * Chapter 7: Neuroscience, learning, and the return to behaviorism * Part III: Sensation and Perception: * Chapter 8: fMRI: A modern cerebrascope? The case of pain * Chapter 9: The enactive field, the embedded Neuron * Chapter 10: The role of neurobiology in differentiating the senses * Chapter 11: Enactivism's vision: Neurocognitive basis or neurocognitively baseless? * Part IV: Neurocomputation and Neuroanatomy: * Chapter 12: Space, time, and objects * Chapter 13: Neurocomputational models: Theory, application, philosophical consequences * Chapter 14: Neuroanatomy and cosmology * Part V: Neuroscience of Motivation, Decision Making, and Neuroethics: * Chapter 15: The emerging theory of motivation * Chapter 16: Inference to the best decision * Chapter 17: Emergentism at the crossroads of philosophy, neurotechnology, and the enhancement debate * Chapter 18: What's neu in neuroethics? * Part VI: Neurophilosophy and Psychiatry: Chapter 19 Confabulations about people and their limbs, present or absent * Chapter 20: Delusional experience * Chapter 21: The case for animal emotions: Modeling neuropsychiatric disorders * Part VII: Neurophilosophy: * Chapter 22: Levels and individual variation: Implications for the multiple realization of psychological properties * Chapter 23: or Buddhists lead neuroscientists to the seat of happiness * The neurophilosophy of subjectivity * Chapter 24: The neurophilosophy of subjectivity
* Notes on the Contributors * Editor's Introduction * Part I: Explanation, Reduction, and Methodology in Neuroscientific Practice: * Chapter 1: Molecules, systems, and behavior: Another view of memory consolidation * Chapter 2: Biological clocks: Explaining with models of mechanisms * Chapter 3: Methodology and reduction in the behavioral neurosciences: Object exploration as a case study, Chapter 4 The Science of Research and the search for molecular mechanisms of cognition * Part II: Learning and Memory: * Chapter 5: The lower bounds of cognition: What do spinal cords reveal? * Chapter 6: Lessons for cognitive science from neurogenomics * Chapter 7: Neuroscience, learning, and the return to behaviorism * Part III: Sensation and Perception: * Chapter 8: fMRI: A modern cerebrascope? The case of pain * Chapter 9: The enactive field, the embedded Neuron * Chapter 10: The role of neurobiology in differentiating the senses * Chapter 11: Enactivism's vision: Neurocognitive basis or neurocognitively baseless? * Part IV: Neurocomputation and Neuroanatomy: * Chapter 12: Space, time, and objects * Chapter 13: Neurocomputational models: Theory, application, philosophical consequences * Chapter 14: Neuroanatomy and cosmology * Part V: Neuroscience of Motivation, Decision Making, and Neuroethics: * Chapter 15: The emerging theory of motivation * Chapter 16: Inference to the best decision * Chapter 17: Emergentism at the crossroads of philosophy, neurotechnology, and the enhancement debate * Chapter 18: What's neu in neuroethics? * Part VI: Neurophilosophy and Psychiatry: Chapter 19 Confabulations about people and their limbs, present or absent * Chapter 20: Delusional experience * Chapter 21: The case for animal emotions: Modeling neuropsychiatric disorders * Part VII: Neurophilosophy: * Chapter 22: Levels and individual variation: Implications for the multiple realization of psychological properties * Chapter 23: or Buddhists lead neuroscientists to the seat of happiness * The neurophilosophy of subjectivity * Chapter 24: The neurophilosophy of subjectivity
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