Consciousness Course

Lesson 1 • Major Theoretical Frameworks Overview

Surveys dualism, physicalism, functionalism, and panpsychism as competing explanatory models. Students can compare frameworks and identify their core assumptions.

Lesson 2 • Defining Consciousness and Awareness

Distinguishes consciousness from related terms such as awareness, sentience, and wakefulness. Provides the definitional baseline the entire course builds upon.

Lesson 3 • Historical Roots of Consciousness Inquiry

Traces consciousness study from ancient philosophy through early psychology to modern neuroscience. Contextualizes current debates within a long intellectual tradition.

Lesson 1 • Neural Correlates of Consciousness

Examines the concept of neural correlates and methods used to identify them. Students evaluate evidence linking specific neural events to conscious reports.

Lesson 2 • Disorders of Consciousness

Analyzes vegetative states, minimally conscious states, and related clinical conditions. Demonstrates how pathology illuminates normal conscious function.

Lesson 3 • Brain Structures and Conscious Processing

Identifies cortical and subcortical regions implicated in generating conscious experience. Grounds abstract theories in concrete neuroanatomy.

Lesson 4 • Neuroplasticity and Conscious Change

Explores how experience-dependent plasticity reshapes the neural substrates of consciousness. Links learning and practice to measurable brain changes.

Lesson 1 • Constructive Nature of Perception

Demonstrates that perception is an active inference process rather than direct recording. Challenges naive realism and prepares students for attention's filtering role.

Lesson 2 • Unconscious and Subliminal Processing

Investigates processing that influences behavior without reaching conscious awareness. Distinguishes unconscious cognition from repression and motivational concepts.

Lesson 3 • Selective Attention Mechanisms

Examines how attention gates sensory input and determines what enters conscious awareness. Covers spatial, feature-based, and object-based attention models.

Lesson 1 • Hypnosis and Suggestibility

Analyzes hypnotic induction, trance phenomena, and theories of suggestibility. Illustrates how social and cognitive factors modulate conscious experience.

Lesson 2 • Flow States and Peak Experiences

Defines flow as optimal engagement and examines conditions that produce peak experiences. Applies state knowledge to performance and well-being contexts.

Lesson 3 • Meditative and Contemplative States

Describes focused attention, open monitoring, and non-dual states produced by contemplative practice. Connects phenomenological reports to measurable neural signatures.

Lesson 4 • Waking Consciousness and Default Mode

Characterizes ordinary waking awareness and the default mode network's role in self-referential thought. Establishes the baseline against which altered states are measured.

Lesson 1 • Emotion Regulation and Conscious Control

Analyzes strategies for modulating emotional states and their neural underpinnings. Applies embodied consciousness principles to practical self-regulation skills.

Lesson 2 • Embodied Cognition Principles

Presents evidence that cognition is grounded in bodily states and sensorimotor experience. Challenges purely computational accounts of mind introduced in Chapter 1.

Lesson 3 • Interoception and Bodily Awareness

Examines how signals from internal organs contribute to emotional feeling and self-awareness. Connects interoceptive accuracy to mental health and decision-making.

Lesson 1 • Ego Dissolution and Selfless States

Analyzes experiences in which ordinary self-boundaries dissolve, including mystical and psychedelic states. Provides evidence that the self is a constructed, revisable model.

Lesson 2 • Personal Identity Over Time

Addresses philosophical puzzles about what makes a person the same individual across time. Integrates memory, continuity, and narrative accounts of identity.

Lesson 3 • The Minimal and Narrative Self

Distinguishes the pre-reflective bodily self from the autobiographical narrative self. Grounds self-concepts in phenomenology and cognitive neuroscience.

Lesson 4 • Neural Basis of Self-Representation

Identifies brain regions supporting self-referential processing, including the medial prefrontal cortex. Links neural self-models to the frameworks covered in Chapter 2.

Lesson 1 • Psychedelics and Serotonergic Systems

Describes how serotonergic psychedelics alter perception, self-boundaries, and neural connectivity. Grounds pharmacological effects in the neuroscience covered in Chapter 2.

Lesson 2 • Ethical and Safety Considerations

Addresses responsible engagement with altered states, including risk assessment and informed consent. Ensures students apply knowledge ethically in research and applied contexts.

Lesson 3 • Near-Death and Out-of-Body Experiences

Analyzes reported features of near-death experiences and their proposed neural and psychological explanations. Evaluates evidence without endorsing or dismissing claims.

Lesson 4 • Trauma, Dissociation, and Fragmented Consciousness

Investigates how trauma disrupts the integration of conscious experience and produces dissociative states. Connects pathological fragmentation to normal integration processes.

Lesson 1 • Research Methods in Consciousness Science

Covers first-person, second-person, and third-person methodologies for studying consciousness. Equips students to design rigorous, multi-method consciousness research.

Lesson 2 • Ethical Frameworks for Consciousness Work

Establishes ethical principles for research, clinical practice, and teaching involving consciousness. Prepares students for responsible professional conduct in the field.

Lesson 3 • Consciousness in Clinical Settings

Applies consciousness science to assessment and intervention in clinical psychology and medicine. Bridges academic theory with practical therapeutic and diagnostic use.

Lesson 4 • Consciousness and Human Performance

Examines how understanding conscious states enhances performance in high-demand professional contexts. Applies flow, attention, and self-regulation knowledge to real-world settings.