A study on older adults found that taking a weekly "awe walk" became more effective with repetition, countering the typical hedonic treadmill effect. Participants felt increasing awe over eight weeks and their sense of self became smaller, as seen in the photos they took.
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Neuroscience shows that practicing gratitude, like writing down things you're thankful for, physically changes your brain. This makes the feeling more spontaneous over time, reinforcing that it's a trainable skill that can be exercised, not just a passive state you experience.
A study found that students who spent just one to two minutes looking up at tall eucalyptus trees were subsequently more likely to help a stranger pick up dropped pens. This shows that even fleeting moments of awe can trigger immediate prosocial behavior.
A psychologist combated his own severe anxiety by engaging in activities like team basketball and loud rock concerts. These experiences allowed him to "get outside of himself" and lose his narrow preoccupations, demonstrating that awe-inducing activities can be a powerful therapeutic escape from anxiety's self-focus.
Studies show a significant gap between how much people *think* they will enjoy a walk in nature and how much they *actually* enjoy it afterward. This forecasting error can prevent individuals from seeking out a simple, effective, and accessible way to improve their mood and cognitive function.
A University of Michigan study found that walks in nature improved cognitive function even during a cold January day. This suggests the restorative effects are not solely dependent on positive emotions or enjoyment, but are a more fundamental cognitive process, provided basic comfort and safety needs are met.
Awe is not just appreciating beauty; it's a cognitive process defined by encountering vast mysteries that require a "need for accommodation." This means you must rearrange your existing knowledge structures and mental models to make sense of the new, incomprehensible experience.
While repetition is crucial for skill mastery, the brain eventually stops recording familiar experiences to conserve energy. This neurological efficiency causes our perception of time to speed up as we age. To counteract this, one must intentionally introduce new challenges to keep the brain actively creating new memories.
Across 26 countries, the most common source of awe was not grand landscapes but the "moral beauty" of ordinary people—witnessing the kindness, courage, and virtue of neighbors, strangers, and family members. This suggests human goodness is a profound and universal inspiration.
Deliberately engaging in challenging activities (e.g., intense exercise, cold plunges) triggers the brain's own reward systems to release feel-good neurotransmitters for hours afterward without a crash. This method of "paying for dopamine upfront" resets your joy threshold and builds resilience.
Experiencing awe quiets our ego-focused identity. In experiments, people standing near a T-Rex skeleton later defined themselves with broad, collective terms like "a human" or "a mammal," rather than individualistic traits like "ambitious," demonstrating a shift away from the self.