The science of awe: how wonder reshapes health, identity, and community

Executive overview

We live in an era of fragmentation — shrinking social bonds, screens that consume attention without leaving memory, and a default toward self-focus that quietly erodes wellbeing. Awe is one of the fastest documented antidotes: a state triggered not by rare peak experiences but by a deliberate shift in perceptual scale, from small to vast.

Dr. Dacher Keltner, professor of psychology at UC Berkeley and co-director of the Greater Good Science Center, has spent decades mapping what awe is, how to measure it, and what it does to the body, mind, and social fabric. This conversation covers the neuroscience and social science of awe, its role in bonding, and practical tools for accessing it daily.

Awe is not passive wonder — it is a measurable physiological state that reduces inflammation, elevates vagal tone, quiets self-focus, and pulls people toward collective life.

What awe actually is

• Awe is triggered when perception shifts from small to vast — in space, time, sound, or concept.
• The signal is measurable: goosebumps, facial expressions, vocalisations, changes in vagal tone, deactivation of the default mode network.
• The taxonomy of emotions has expanded from six (Ekman's canon) to approximately 20 distinct states, including awe, compassion, embarrassment, and love — identified using AI coding of 2 million videos across 144 cultures.
• Roughly 50–60% of emotional expression is cross-culturally consistent; the remainder varies by culture, context, and development.
• Emotions have three partially independent streams: motor pattern (body), language (conscious labelling), and subjective feeling. They correlate weakly (r ≈ 0.2) and are often dissociated.

How awe works in the brain and body

• Awe quiets the default mode network — the region associated with self-referential thought and rumination.
• It activates vagal tone, producing a felt sense of warmth and calm in the chest — a neurophysiological correlate of what contemplative traditions call the heart chakra.
• Documented health effects: reduced systemic inflammation, lower long COVID symptom burden (even one minute of awe daily showed effects), reduced chronic pain in elderly populations, and improved long-term brain health.
• The core perceptual mechanism is a shift from narrow to wide visual aperture: widening gaze activates the parasympathetic nervous system and changes how time is subjectively sliced.
• Small-to-vast is also metaphorical: an epiphany, a piece of music connecting you to history, or a realisation that your struggle is part of something larger all trigger awe.

Eight sources of awe

Research across 26 countries identified these consistent elicitors:

1. Nature — vast landscapes, trees, weather, animals
2. Music — the most rapid and reliable trigger of synchronised emotion
3. Visual art — patterns, scale, light
4. Moral beauty — witnessing courage, kindness, or justice in others
5. Big ideas and epiphanies — sudden expansion of conceptual scale
6. Collective effervescence — shared physical or emotional experience in groups (concerts, sport, ritual)
7. Spirituality and religion — practices that connect to something beyond the individual self
8. Birth, death, and life transitions — encounters with the edges of existence

The awe walk: a practical tool

• Once a week, walk somewhere slightly unfamiliar or overlooked — somewhere likely to produce mild surprise.
• Slow down, deepen breathing, sync breath with movement.
• Deliberately move from small to vast: look at a single leaf, then the canopy; one laugh at a playground, then the whole soundscape.
• An eight-week study (participants aged 75+) found awe walks produced: increased sense of expansiveness, more kindness, less physical pain, and — in six-year follow-up data — better brain health.

Collective awe and social bonding

• Humans are profoundly collective — awe is one of the fastest pathways into shared identity.
• Being in a group during an awe-inducing experience (concert, sport, ritual) synchronises heart rate and brain activity within milliseconds; music achieves this more reliably than almost any other stimulus.
• Emile Durkheim's collective effervescence — the sense of unity that arises from shared physical and emotional experience — is the mechanism behind the enduring bonds formed at concerts, sporting events, and religious gatherings.
• Following a sports team approximates a religion: shared rituals, identity, intergenerational narrative, transcendent experience, mutual care.
• Brain synchronisation studies confirm what intuition suggests: during shared music or movement, people are literally running similar patterns across their nervous systems.

Teasing, embarrassment, and group cohesion

• Embarrassment is a prosocial signal — it tells others "I know the group's norms and I care about them." People who show embarrassment are trusted more and liked more.
• Damage to the orbitofrontal cortex (the seat of ethical reasoning) eliminates appropriate embarrassment, making people seem morally absent.
• Playful teasing within groups functions as norm enforcement — it surfaces what the group values, in a way that affirms rather than excludes.
• The healthy form: ribbing to someone's face about things that matter to the group, combined with unconditional backing if challenged from outside.
• The harmful form: teasing designed to humiliate or exclude, which breaks group membership rather than affirming it.

What blocks awe: enemies of the expansive self

• Self-focus is the primary enemy — awe requires temporarily dissolving the self into something larger. Ralph Waldo Emerson: "All mean egotism vanishes."
• Cocaine became the historical marker in music communities (Laurel Canyon, 70s rock) where awe-generating collective creativity collapsed into self-aggrandisement.
• Social media, as currently designed, is structurally anti-awe: it compresses time scales into a narrow aperture, privileges outrage, fragments experience, and is algorithmically shaped to maximise engagement rather than meaning.
• Crucially, no one in a 2,600-person global study of awe ever cited social media as a source of it.
• Loneliness and physical isolation are rising: picnics down by half, cinema attendance down 40%, 30% of US meals eaten alone, church attendance falling sharply.

Awe and the self across time

• Awe is not self-erasure — it is tethering to something larger. People feel small but also part of something vast.
• Music triggers awe partly through what it does to time perception: it expands the subjective present, connecting the listener to cultural and personal history simultaneously.
• The practice of moving from interoception (body) to near focus (hand) to middle distance to horizon and back — what Huberman calls space-time bridging — is a structured way to shift aperture, access parasympathetic states, and produce awe-adjacent experience without substances or extraordinary settings.
• Grief, loss, and proximity to death can also produce awe: veterans, people with terminal illness, and those who have experienced loss frequently report powerful encounters with the scale and mystery of existence.

Psychedelics and awe

• Classic psychedelics (psilocybin, LSD, DMT, ayahuasca) appear to work largely through awe mechanisms: dissolution of self, connection to vast or interconnected experience, altered time perception.
• Study data: festival-goers who used psychedelics showed greater prosocial behaviour one year later, plausibly mediated by awe.
• They show promise for death anxiety, treatment-resistant depression, addiction, OCD, PTSD, and panic.
• Microdosing lacks evidence of benefit for major depression compared to structured full-dose therapeutic sessions.
• Risk: they are being adopted casually, outside the indigenous and therapeutic containers that gave them meaning and safety. They are not equivalent to coffee, cannabis, ketamine, or MDMA.

Rebuilding collective awe: design and social architecture

• 70% of humans live in cities; cities can be redesigned around awe: green space, public art, plazas for gathering, music in shared spaces, opportunities for collective movement.
• Farmers markets, climbing gyms, yoga studios, CrossFit boxes, saunas, and banyas are already functioning as community infrastructure — the awe science rationale for them is stronger than usually acknowledged.
• Campfires have a documented anthropological basis for collective storytelling, norm-setting, and bonding — and may represent a low-cost, high-return form of community infrastructure.
• The surgeon general's epidemic of loneliness is real; but younger generations show signs of reorienting toward community: game nights, cooperative living, cooking together, prioritising social fit in work choices.
• Awe science provides a concrete design brief: nature + art + moral beauty + collective movement + big ideas + meditation = the ingredients of what temples, churches, and public squares once provided.