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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