The Basic Science of Sleep and Consciousness
This course covers the basic science of sleep and consciousness, including brain structures, sleep disorders like narcolepsy, and clinical diagnosis at the WI Sleep Clinic.
Summary
What you’ll be able to do
Explain definitions used for sleep and wake
Detail the brain structures and systems involved in the control of sleep and wake
Explain recent evidence linking sleep, memory, and synaptic plasticity
Identify animal models used to study sleep
Explain molecular and genetic approaches to the study of sleep
Explain how sleep affects cardiovascular, metabolic, and cognitive functions
Explain the importance of sleep for the individual and society, including negative consequences of sleep deprivation and some sleep disorders
Detail the brain structures crucial to support consciousness
Describe how dreaming research can advance consciousness research
Explain theoretical approaches to study consciousness and how they can lead to new ways of assessing consciousness in healthy and patient populations
Present recent studies on sleep and consciousness research (selected for daily assigned readings) at journal clubs
Describe how to design a sleep/dreaming/consciousness experiment and recognize possible confounding factors
Source: UW Guide
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Prerequisites
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- Graduate/professional standing
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- Graduate/professional standing
Professors
Spring 2027No instructors recorded for this selection.
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Calendar & sections
Spring 2027Schedule loads here as you scroll.
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Student experience
the class
Sleep occupies a third of our life, and is found in all animal species. Loss of sleep has both acute and long-term negative consequences on the brain and the body. Still, why we sleep remains unclear, and hypotheses on the role of sleep for synaptic homeostasis, learning and memory, cardiovascular and metabolic health, are being tested in humans and animal models. Learn how the sleeping brain can either support vivid conscious experiences (dreaming) or not (deep slow wave sleep); brain structures involved in wake and sleep; how sleep pressure increases during waking; effects of sleep deprivation; causes of narcolepsy and other sleep disorders. How to study sleep in genetic models like flies; electron microscopy to assess effects of sleep loss on synapses; enhancement of sleep slow waves in humans; development and testing of theoretical models; methods to assess levels of consciousness in humans. During time at the WI Sleep Clinic, learn how sleep disorders are diagnosed and treated.
difficulty & workload
No workload feedback recorded.
Topics
- Role of sleep in synaptic homeostasis, learning, memory, and health
- Causes of narcolepsy and other sleep disorders
- Methods for studying sleep using genetic models, electron microscopy, and human slow-wave enhancement
- Theoretical models and methods for assessing consciousness levels
Skills
- Detailing brain structures and systems controlling sleep and wake
- Explaining molecular and genetic approaches to studying sleep
- Applying theoretical approaches to assess consciousness in healthy and patient populations
- Designing experiments for sleep, dreaming, or consciousness research while identifying confounders
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Explore recorded gradesRecorded 2026-10-14
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Model & dataset provenance
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