Awe and Nervous System Regulation: The Science Behind Childlike Wonder

There is a bottle of soap bubbles on my desk. I keep it there on purpose. When I am stuck, when a session needs a reset, when my brain has been running the same loop and refuses to find a way out, I blow a bubble and watch it float.

I used to think this was a quirky habit. Then I learned the science behind awe and nervous system regulation. The exhale activates the vagus nerve. The moment of watching the bubble catch the light and pop triggers a measurable shift in the autonomic nervous system. Not a metaphor. Physiology.

What Awe Does to Your Nervous System

Awe is defined by UC Berkeley researcher Dacher Keltner as the feeling we get in the presence of something vast that challenges our understanding of the world. Vast does not require a mountain or a sunset. It means anything that briefly makes your ordinary concerns feel smaller: a soap bubble, a piece of music, a conversation that stops time.

Research links positive awe to parasympathetic nervous system activation. When awe registers, the brain begins processing information differently. Rumination loops interrupt. Perception expands. The nervous system shifts from a contracted, self-focused state into something more open. This is the same shift that breathwork and somatic practices are trying to create. Awe does it in seconds, and it requires nothing except stopping long enough to notice.

Why Burnout Makes Awe Hard to Find

For high-functioning people surrounded by constant novelty, awe becomes difficult. Your nervous system is efficient: when new inputs arrive constantly, it learns to filter them out. The extraordinary stops registering because there is always more extraordinary coming.

Burnout does not only exhaust you. It narrows you. The perceptual window that allows awe to land gets smaller. You move through remarkable cities, interesting people, and beautiful moments without any of it touching you. This is not a character flaw. It is a nervous system adaptation to chronic overwhelm.

Burnout recovery is not only about rest. It also requires practicing the capacity to notice. Awe and nervous system regulation work together here: awe widens perception again, and wider perception makes regulation possible.

Two Practices for Awe and Nervous System Regulation

The playground practice.

Go to a playground early morning or late evening, when it is quiet. Swing. Bounce on a trampoline if there is one. Climb the frame. Move without a goal or a timer. Unstructured movement in three-dimensional space activates the vestibular system and signals the nervous system that you are safe. Purposeless play is one of the fastest parasympathetic activators available to adults.

The soap bubble practice.

Keep a bottle of soap bubbles somewhere you spend time when your brain runs too fast. Blow one. Watch it glimmer and pop. The exhale is vagal toning. The moment of noticing is awe. Together, they produce a measurable shift in emotional regulation and self-regulation. It takes fifteen seconds. It is not a joke.

Awe and nervous system regulation are not separate practices. They are the same one. Your nervous system is not waiting for the next big experience. It is waiting for you to stop long enough to notice the small ones.

If this is something you want to work with more deliberately, somatic coaching can help. A 20-minute intro call is a good place to start.

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