Toward a Science of Consciousness: The First Tucson Discussions and Debates

Preface
I Philosophy of Mind
	1 Facing Up to the Problem of Consciousness
	2 Consciousness and the Introspective Link Principle
	3: The Place of Qualia in the World of Science
	4: The Binding Problem and Neurobiological Oscillations
	5: Deconstructing Dreams: The Spandrels of Sleep
II: Cognitive Science
	6: Unconscious Processes in Social Interaction
	7: Efference and the Extension of Consciousness
	8: Edelman’s Biological Theory of Consciousness
	9 The Structure of Subjective Experience: Sharpen the Concepts and Terminology
	10: The Varieties of Conscious Experience: Biological Roots and Social Usages
III: Medicine
	11: Induction of Consciousness in the Ischemic Brain
	12: Conflicting Communicative Behavior in a Split-Brain Patient: Support for Dual Consciousness
	13: Left Brain Says Yes, Right Brain Says No: Normative Duality in the Split Brain
	14: Inkblot Testing of Commissurotomy Subjects: Contrasting Modes of Organizing Reality
	15: Evidence for Language Comprehension in a Severe “Sensory Aphasic”
	16: Self-Awareness of Deficit in Patients with Alzheimer’s Disease
IV: Experimental Neuroscience
	17: Toward the Neuronal Substrate of Visual Consciousness
	18: Visual Perception and Phenomenal Consciousness
	19 Levels of Awareness and "Awareness Without Awareness": From Data to Theory
	20: Implicit Memory During Anesthesia
	21: Experimental Evidence for a Synchronization of Sensory Information to Conscious Experience
	22: Positron Emission Tomography, Emotion, and Consciousness
	23: Dimensional Complexity of Human EEG and Level of Consciousness
	24: Collapse of a Quantum Field May Affect Brain Function
	25: Neural time Factors in Conscious and Unconscious Mental Functions
V: Neural Networks
	26: Modeling What It Is Like To Be
	27: Artificial “Attention” in an Oscillatory Neural Network
	28: The Emergence of Memory Categorization Far From Equilibrium
VI: Subneural Biology
	29: Water Clusters: Pixels of Life
	30: Microtubular Self-Organization and Information Processing Capabilities
	31: Quantum Computation in the Neural Membrane: Implications for the Evolution of Consciousness
	32: Computer Simulation of Anethetic Binding in Protein Hydrophobic Pockets
VII: Quantum Theory
	33: Consciousness and Bose-Einstein Condensates
	34: On the Quantum Mechanics of Dreams and the Emergence of Self-Awareness
	35: Percolation and Collapse of Quantum Parallelism: A Model of Qualia and Choice
	36: Subcellular Quantum Optical Coherence: Implications for Consciousness
	37: Orchestrated Reduction of Quantum Coherence in Brain Microtubules: A Model of Consciousness
VIII Nonlocal Space and Time
	38: Time and Consciousness: The Uneasy Bearing of Relativity Theory on the Mind-Body Problem
	39: New Insights from Quantum Theory on Time, Consciousness, and Reality
	40: Consciousness: A New Computational Paradigm
	41: A Mathematical Strategy for a Theory of Consciousness
	42: Nonlocality on a Human Scale: Psi and Consciousness Research
	43: Synchronicity and Emergent Nonlocal Information in Quantum Systems
IX: Hierarchical Organization
	44: Self-Referent Mechanisms as the Neuronal Basis of Consciousness
	45: A Framework of Higher-Order Cognition and Consciousness
	46: Bioenergetic Foundations of Consciousness
	47: The Hierarchical Emergence of Consciousness
X: Phenomenology
	48: Pharmacology of Consciousness: A Narrative of Subjective Experience
	49: What Can Music Tell Us about the Nature of Mind? A Platonic Model
	50  Intention, Self, and Spiritual Experience: A Functional Model of Consciousness
	51: Enhanced Vigilance in Guided Meditation: Implications of Altered Consciousness
	52: The Stream Revisited: A Process Model of Phenomenological Consciousness
XI: Overview
	53: Three Kinds of Thinking
	54: The Possibility of Empirical test of Hypotheses About Consciousness
	55: Toward a Science of Consciousness: Addressing Two Central Questions
Postscript
Contributors
Index