The Wonders of Slow Brain Activity During Sleep

During deep non-REM sleep, the brain slows down its oscillation to just one or two times per second, leading to whole brain or localized activity. This can be measured through electrodes which capture the activity of hundreds of thousands of brain cells. The slow oscillation is compared to a football stadium where the activity is akin to a game of football being played.

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Episode notes

In this episode 1 of a 6-part special series on sleep with Dr. Matthew Walker, Ph.D., professor of neuroscience and psychology and founder of the Center for Human Sleep Science at the University of California, Berkeley, and the author of the book “Why We Sleep” discusses the essential role that sleep plays in our health. We cover how sleep affects our hormones, immune system, learning and memory, mood, appetite, and weight regulation.

We also discuss what causes the urge to sleep, how sleep is structured throughout the night, and the biology of the different phases of sleep. We also teach you how to determine your individualized sleep needs, including your chronotype (best waking and to-bed time), tips for combat snoring and insomnia, and your QQRT (Quality, Quantity, Regularity, and Timing)—a key framework for optimizing your sleep and therefore daytime energy and focus, and overall health.

The next episode in this special series explores how to improve one’s sleep.

For show notes, including referenced articles and additional resources, please visit hubermanlab.com.