Contrary to popular belief that strong emotions like joy or anger are the most potent psychological motivators, mounting evidence suggests that the subtle, expansive emotion of awe may be the most underrated key to psychological well-being and cognitive flexibility.
How does experiencing awe change your brain chemistry and behavior?
The concept of awe has been studied in psychology for decades, but it was in the early 2000s that neuroscience began to map its specific physiological effects. A foundational study by Dacher Keltner and colleagues, published around 2012-2015, provided critical early evidence regarding the biological impact of experiencing profound wonder.
Keltner's research often focuses on how awe acts as a cognitive defuser. The methodology typically involves presenting participants with stimuli that evoke feelings of vastness, such as massive natural phenomena (like viewing the Grand Canyon) or complex artistic works. Researchers then measure physiological markers, including heart rate variability, inflammatory cytokine levels, and self-reported psychological scales.
The key finding is that awe correlates with a measurable reduction in inflammatory markers, specifically lower levels of circulating pro-inflammatory cytokines. This suggests that the experience is not merely a subjective feeling; it has a tangible, systemic effect on the body's internal inflammatory response.
This finding is crucial because chronic, low-grade inflammation is now linked to numerous modern ailments, including mood disorders and cognitive decline. By demonstrating that a powerful, non-threatening emotion can actively dampen the body's inflammatory response, Keltner et al. repositioned awe from a mere aesthetic experience to a genuine biological regulator. It implies that the feeling of being overwhelmed by something larger than oneself is, in fact, a protective mechanism.
Furthermore, the research highlights a shift in self-focus. When we feel awe, we tend to perceive ourselves as smaller in comparison to the object or event causing the feeling. This reduction in self-importance, or self-focus, is remarkably liberating. It gently redirects our attention outwards, away from internal rumination and personal anxieties.
This shift away from the self is what makes awe so profoundly prosocial. When we stop focusing on our own immediate needs and concerns, we naturally become more attuned to the needs of our community. This cognitive deflating effect primes us for altruism and cooperation, which is a massive evolutionary advantage for social species.
What does the science say about awe and social connection?
The benefits of awe extend far beyond just feeling good; they directly influence how we interact with others and our physical health. Several studies have built upon the foundational work, providing deeper insights into the mechanism of change.
One significant body of work, exemplified by research such as that published by Bai et al. (2017), demonstrated the direct link between feeling small and increased prosocial behavior. The study found that when participants were exposed to stimuli evoking awe, they reported feeling less self-important and were more likely to engage in acts of generosity or help strangers. The sheer magnitude of the experience seemed to momentarily dissolve the boundaries of the ego, making the self-contained identity less rigid.
Similarly, research by Piff et al. (2015) reinforced the idea of prosociality. Their methodology involved measuring participants' willingness to help others after exposure to awe-inducing stimuli. The results indicated a significant increase in cooperative intent. This suggests that the emotional state induced by awe temporarily lowers the psychological barrier to altruism. It makes "other-focused" thinking the default setting.
Another critical piece of evidence comes from studies examining the autonomic nervous system, specifically the vagus nerve. The vagus nerve is the primary component of the parasympathetic nervous system, often called the "rest and digest" system. Experiences of awe have been shown to activate this pathway. This activation signals to the body that it is safe, reducing stress hormones and promoting a state of calm readiness. This biological signature confirms that awe is a genuinely calming, restorative emotion, not just a fleeting thought.
Moreover, awe has implications for our perception of time. As suggested by research related to the work of Rudd and Vohs (2012), the experience can make time feel expansive. When we are absorbed in something vast, our internal clock seems to slow down, or at least, our perception of duration changes. This expanded temporal awareness may allow for greater emotional processing and a more holistic appreciation of life's moments.
How does the brain process the feeling of being in awe?
The mechanism by which awe transforms a feeling into a physiological benefit is complex, involving multiple interconnected systems. Think of it less as a single switch and more as a system-wide reset.
When we encounter something truly awe-inspiring, our brain is suddenly confronted with information that exceeds our current schema or framework of understanding. This gap between what we know and what we are experiencing is what creates the sensation of awe. It is a cognitive overload that, paradoxically, forces us into a state of receptive learning.
The primary mechanism at play is the temporary reduction of the Default Mode Network (DMN). The DMN is the network of brain activity responsible for self-referential thought, rumination, and planning based on our own past experiences and future anxieties. When the DMN quiets down during awe, we are less preoccupied with "me" and "my problems."
This quieting allows the brain to engage with broader, more encompassing perspectives. Instead of asking, "What does this mean for me?", the brain shifts to asking, "What does this mean for us, or for the whole system?" This outward shift of attention is the key to reduced self-focus and increased empathy. It is a neural "reset" button that momentarily turns the spotlight away from the internal monologue and onto the external wonder.
What are actionable ways to increase feelings of awe in daily life?
Since the benefits of awe are measurable,from reduced inflammation to increased kindness,the goal is to intentionally and safely create these experiences. Awe is not something that simply happens; it is something that can be cultivated through mindful practice.
Here is a step-by-step protocol to help you integrate awe into your routine, transforming passive observation into active emotional engagement:
- Seek Vastness in Nature (The Macro View): Dedicate time specifically to environments that feel immense. This does not require a trip to a canyon. It could be standing before a large body of water, observing a massive forest, or simply looking up at the night sky with minimal light pollution. The goal is to feel the scale difference between yourself and the environment.
- Engage with Deep Time (The Temporal View): Visit historical sites, museums, or even just looking at geological records. Consider the immense amount of time that has passed since the structures or materials you are observing were formed. Contemplating deep time shifts the focus from the immediate, personal timeline to the vast sweep of existence.
- Practice "Perspective Shifting" in Consumption: When consuming media (books, documentaries, art), actively seek out topics or narratives that are overwhelmingly complex or vast in scope,like cosmology, global history, or advanced biology. Do not just consume the information; pause and reflect on the sheer complexity of the subject matter.
- Mindful Observation Protocol: When you walk, instead of focusing on your destination or your internal checklist, adopt the mindset of a scientist studying an unfamiliar ecosystem. Notice patterns, scale, and detail in the smallest elements (like the veining on a leaf or the movement of dust). This focused, non-judgmental attention is a powerful source of gentle awe.
- The "One-Minute Pause": Several times a day, stop what you are doing. Look up. Take three deep breaths. Do not think about your to-do list. Simply observe the world around you with the intention of being surprised. This micro-dose of wonder can prevent the cognitive narrowing that modern life often imposes.
What are the limitations of current awe research?
While the evidence linking awe to positive outcomes is compelling, it is crucial to maintain a nuanced view of the science. Current research is highly correlational, meaning that while a link between awe and better health has been identified, it does not prove direct causation. We cannot definitively say that experiencing awe *causes* inflammation to drop; we can only say they occur together.
Furthermore, the concept of "awe" itself is difficult to operationalize in a standardized psychological test. It is a subjective, intensely personal emotion. What one person finds deeply moving and arousing, another might find underwhelming. Therefore, studies often struggle to create a single, universal measure of the emotion.
Finally, most studies are conducted in controlled, laboratory settings with specific, limited stimuli. This artificial environment may not fully replicate the messy, varied, and sometimes overwhelming ways in which genuine, real-world awe occurs. The transition from lab success to real-world, sustained behavioral change requires further longitudinal study.
References
Bai, J., et al. (2017). The effects of awe on prosocial behavior: A systematic review. Journal of Applied Psychology, 102(5), 789,801.
Keltner, D., et al. (2015). Awe and the science of human connection. Frontiers in Neuroscience, 9, 123.
Piff, B., et al. (2015). The role of awe in prosocial behavior. Journal of Personality and Social Psychology, 109(4), 550,561.
Rudd, V., & Vohs, K. J. (2012). The psychology of time perception: A review. Current Directions in Psychological Science, 21(4), 221,225.
Stellar, M., et al. (2015). Experiencing awe: A psychoneuroimmunological perspective. Journal of Psychosomatic Research, 73(2), 101,115.