The Research Desk
Flow state decreases brain disorder, unlike boredom or frustration.
A complexity-science framework for studying flow: using media to probe brain-phenomenology dynamics.
- Engagement
- Accomplishment
Hancock, F., Kee, R., Rosas, F., Girn, M., Kotler, S., Mannino, M., Huskey, R.
In plain language
This study explores the concept of 'flow', a state of deep immersion and engagement, often linked to enhanced performance and wellbeing. The researchers used complexity science to study how flow and its counterparts, boredom and frustration, manifest in the brain. By using a video game to induce these states, they examined brain activity patterns with functional magnetic resonance imaging (fMRI) and collected behavioral data.
The findings suggest that flow is associated with specific brain dynamics that differ from those observed in boredom and frustration. Specifically, the study found that flow correlates with a decrease in global entropy, a measure of disorder in brain activity. This research integrates various observations about brain activity during flow into a cohesive framework, potentially advancing our understanding of how different mental states relate to brain function.
Key findings
- Flow is inversely related to global entropy in brain activity.
- Flow does not align with synchronization or metastability metrics in the brain.
- Boredom and frustration show distinct brain-dynamics configurations compared to flow.
- Complexity science can differentiate between flow, boredom, and frustration in brain activity.
- The study integrates prefrontal and network-synchrony observations into a dynamic systems framework.
Why it matters
Understanding the neural basis of flow can inform strategies to enhance performance and wellbeing, as flow is closely tied to optimal experiences and productivity.
Try this today
Individuals seeking to achieve flow might consider engaging in activities that naturally balance challenge and skill, as this balance could foster the brain dynamics associated with flow. Additionally, recognizing the brain's dynamic nature during different states may help in designing environments or activities that promote positive mental states.