Awe

Vast, humbling wonder at something far larger than you.

Family Existential
Valence positive
Arousal moderate activation
Intensity Intense
Opposite Contempt

Awe is the vast, humbling wonder that arises when you encounter something far larger than yourself. A mountain, a piece of music, a starlit sky, a moment of profound goodness. The body becomes still, the mind quiets, and the usual self-referential noise drops away. Awe is one of the few emotions that produces what researchers call the small self: a felt sense of being a small part of something much larger.

Awe is not the same as joy or excitement. Joy is warm and bright. Excitement is buzzy and forward-leaning. Awe is more spacious and quieter. The body does not move much. The breath slows or briefly catches. There is often a feeling of time stretching or stopping. Awe makes room rather than filling it.

This page covers what awe feels like in the body, what it is often confused with, why it shows up, what helps cultivate it, and the related emotions in its family.

Where awe lives in the body

Awe has a distinctive body signature. The breath catches or slows. The eyes widen and soften at once. The chest expands but the body becomes still rather than activated. The head may tilt back slightly. There is sometimes a chill across the shoulders or arms, which research has identified as a reliable physical marker of awe.

Head
Pressure, fullness, mental load
Moderate
Face
Heat, flush, expression building
Moderate
Chest
Tightness or warmth
Moderate
Arms
Subtle activation
Quiet

Research on awe has consistently shown it produces measurable physiological and psychological effects. Stellar et al. (2015) found that awe is associated with reduced inflammation markers, suggesting it may be physiologically protective. Piff et al. (2015) showed that brief awe experiences increase prosocial behaviour and reduce entitlement. The chill or shiver many people report (sometimes called frisson) appears to be a reliable physical marker of awe in response to music, art, or nature.

Awe is the brief experience of forgetting yourself in the presence of something that does not need you to exist.— A frame from Keltner and Haidt's foundational work on awe

What awe is often confused with

Felt asWhat it actually is
WonderWonder is a sustained appreciation of something marvellous. Awe is the deeper, more humbling response to something genuinely vast. Wonder can be frequent and small. Awe is rarer and larger. Both can produce the chill response, but awe specifically involves the small-self experience that wonder does not always include.
FearAwe and fear share territory: both involve confronting something larger than yourself. The difference is safety. Awe in safe contexts produces stillness and openness. The same scale in unsafe contexts produces fear. The Grand Canyon viewed from a stable platform is awe. The same canyon viewed from the edge after losing your footing is fear.
Religious feelingAwe often appears in religious or spiritual experience but is not exclusively religious. People with no religious belief report awe in nature, music, science, and human achievement. Religious experiences often include awe, but awe also exists outside any religious framework.
InspirationInspiration is feeling moved to act or create. Awe is feeling moved to receive or witness. They can come together: awe sometimes produces inspiration. But pure awe does not require any next step. The experience itself is the point.
Being impressedBeing impressed is appreciation of something well done. Awe is closer to being humbled by something far beyond your scale. A skilled performance can be impressive. The night sky in a dark place is awe. The first measures intelligence, talent, or effort. The second measures vastness.

Why awe shows up

Awe is a response to vastness, both physical and conceptual. The brain registers that the current scale exceeds normal experience, and the body shifts into a different mode. Common triggers include:

What helps

Awe cannot really be forced. It arises in response to specific conditions and is dampened by certain modern habits. The practices below help make awe more available rather than producing it directly.

Reduce the screen baseline

Constant exposure to a small bright rectangle teaches the brain that this is the scale of input. Awe requires the body to encounter something genuinely larger. Even brief reductions in screen time, especially in nature, restore the capacity.

Seek vast environments deliberately

Mountains, oceans, dark night skies, large bodies of water, expansive landscapes. If these are not available, vast architecture, music played live at scale, or films that genuinely capture vastness can substitute. The body needs the actual input.

Slow down enough to register it

Awe needs space to land. Rushing through a beautiful place while taking photos is often less awe-producing than standing still for ten minutes. The pause is part of how awe works.

Let yourself be small

Modern life often emphasises self-importance and individual achievement. Awe asks you to feel small in a way that is freeing rather than diminishing. Resisting that smallness usually blocks awe. Welcoming it is what allows the experience.

Notice the chill response

If you get a brief chill or shiver in response to music, nature, or human goodness, this is your body registering awe. Pausing when this happens, rather than rushing past, deepens the experience and makes it more available next time. The chill is information.

Related emotions

Awe sits in the existential family alongside other big-picture emotions. It overlaps with wonder from the appreciation, with humility from the small-self experience, and with inspiration when it produces a desire to act on what has been witnessed.

Common questions

What is the difference between awe and wonder?

Wonder is sustained appreciation of something marvellous. Awe is the deeper, more humbling response to something genuinely vast. Wonder can be frequent and small. Awe is rarer and larger. Awe specifically involves what researchers call the small-self experience: a felt sense of being a small part of something much larger. Wonder does not always include this.

Where do people feel awe in the body?

Awe has a distinctive signature. The breath catches or slows, the eyes widen and soften, the chest expands but the body becomes still rather than activated. There is often a chill or shiver across the shoulders or arms, which research has identified as a reliable physical marker. Some people feel time stretching or stopping briefly.

Is awe good for you?

Research has consistently linked awe experiences to reduced inflammation markers, increased pro-social behaviour, decreased entitlement, and improved well-being. Brief awe experiences seem to have effects out of proportion to their duration. There is good evidence that deliberately seeking awe is one of the most efficient ways to improve mood and broaden perspective.

What is the chill or shiver people feel during awe?

The chill response, sometimes called frisson, is a reliable physical marker of awe in response to music, nature, or witnessing something profound. It involves brief activation of the autonomic nervous system, often felt across the shoulders and arms. Not everyone experiences it, but those who do can use it as a signal that awe is happening. The response is more common in people higher in trait openness.

How do you experience more awe?

Awe responds best to creating conditions: reducing screen time so the brain is not constantly scaled to small bright rectangles, deliberately seeking vast environments (mountains, oceans, dark skies), slowing down enough to register what you are seeing, and letting yourself feel small without resisting it. Brief exposure to vastness several times a week appears to be more useful than rare large doses.

Sources referenced on this page

  1. Keltner, D., & Haidt, J. (2003). Approaching awe, a moral, spiritual, and aesthetic emotion. Cognition and Emotion, 17(2), 297–314. https://www.tandfonline.com/doi/abs/10.1080/02699930302297
  2. Stellar, J. E., et al. (2015). Positive affect and markers of inflammation: Discrete positive emotions predict lower levels of inflammatory cytokines. Emotion, 15(2), 129–133. https://psycnet.apa.org/doi/10.1037/emo0000033
  3. Piff, P. K., Dietze, P., Feinberg, M., Stancato, D. M., & Keltner, D. (2015). Awe, the small self, and prosocial behavior. Journal of Personality and Social Psychology, 108(6), 883–899. https://psycnet.apa.org/doi/10.1037/pspi0000018