Brain Activity: Linking Neurology & Soccer Creativity

the connection between brain activity and creative moves in soccer

In recent years, there’s been an undeniable convergence between the worlds of sports and neuroscience. Notably, recent studies vividly showcase this overlap, especially regarding creative moves during actual soccer decision-making situations.

Read more: Brain Activity: Linking Neurology & Soccer Creativity

A Deep Dive into the Research

Researchers have published a revealing study in the open-access journal, PLOS ONE. Their focus? Understanding the brain’s functionality during soccer matches. By making players wear virtual reality goggles and play in a virtually simulated soccer match environment, they aimed to mimic real-game conditions. Consequently, they studied these players’ brain activities as they made decisions and exhibited creative maneuvers.

Unveiling Brain Patterns

The study highlighted distinct brain activity patterns associated with creating novel moves in soccer games. Specifically, enhanced activities in the frontal and parietal brain regions surfaced when players generated these creative moves. Intriguingly, these areas correlate with higher cognitive functions, such as decision-making, problem-solving, and motor planning.

Implications for Soccer Players and Coaches

So, what’s the significance of this study for those on the field? The findings suggest that triumphs in soccer aren’t solely tied to physical fitness or technical prowess. The brain’s frontal and parietal parts, responsible for decision-making, problem-solving, and motor planning, are pivotal in crafting creative soccer moves. This insight implies that players and coaches should diversify their training regimes to fortify these cognitive functions. Exercises demanding swift decisions and inventive thinking, like intricate game scenarios or unpredictable training drills, might be highly effective.

Harnessing Findings for Training Advancements

Furthermore, this newfound knowledge paves the way for novel training techniques targeting brain function enhancement. Ultimately, it might lead to heightened field performances. Players could potentially master more inventive moves and make swifter, more efficient decisions.


Ongoing research around the brain and soccer’s intricate relationship continues to flourish. This study sheds new light on how brain activity fuels a soccer player’s on-field creativity. Clearly, grasping these underlying processes holds the promise to revolutionize our training and gameplay methods.

To wrap things up, the connection between sports and the brain represents an exhilarating new research frontier. As we delve deeper into understanding brain functionalities during sports activities, we’re poised to unearth strategies to elevate performance and enrich the sports experience. This field brims with potential, and we eagerly anticipate future revelations.


Romeas, T., Guldner, A., & Faubert, J. (2019). Brain and soccer: Functional patterns of brain activity during the generation of creative moves in real soccer decision-making situations. PLOS ONE, 14(5), e0216003.

Photo by Robina Weermeijer on Unsplash

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