Creativity Can Help Keep the Brain Young, According to New Study

A significant international study has revealed that engaging in creative activities—including music, dancing, painting, and even playing certain video games—might help maintain a younger biological age for the brain.

Researchers from thirteen different countries, including collaborations from Trinity College Dublin and SWPS University in Poland, examined brain data from over 1,400 adults worldwide. They discovered that those who actively participated in creative hobbies exhibited brain patterns suggesting they were neurologically younger than their actual age.

A study published in October in the journal Nature Communications highlighted that even short-term forays into creative activities, like playing strategy video games for several weeks, yielded notable benefits.

The scientists gathered brain data from individuals seasoned in tango, music, visual arts, and strategy games, while also including comparisons with non-experts. Additionally, a separate group of novices underwent brief training in the game StarCraft II, which allowed researchers to observe the immediate effects of learning a new skill on brain health.

All participants underwent EEG and MEG brain scans that were then analyzed using a machine learning model, referred to as a “brain clock,” to estimate their biological ages. The findings revealed that creative pastimes might strengthen specific neural networks linked to coordination, attention, movement, and problem-solving—functions that tend to diminish with age.

While those with many years of creative practice demonstrated the most significant decrease in biological brain age, even newcomers reported improvements after roughly 30 hours of training in strategy games.

“One of our major findings is that you don’t need to be an expert to benefit from creativity,” noted lead author and postdoctoral researcher Carlos Coronel. “We discovered that learners gained positive effects even from brief gaming sessions.”

Previous studies have drawn connections between creativity and enhanced mood and well-being; however, this is the first extensive evidence tying various creative endeavors specifically to slowed brain aging, according to researchers.

“Creativity stands out as a crucial factor for brain health, akin to exercise and diet,” explained lead author Dr. Agustín Ibanez. “These results open new paths for utilizing creative activities as interventions to protect the brain against aging and diseases.”

Dr. Aneta Brezicka from SWPS University emphasized the importance of integrating creative entertainment into educational and medical frameworks to bolster brain health.

The research also hinted at the potential of “brain clocks” as valuable tools for monitoring interventions aimed at improving brain health.

Researchers were cautious, however, noting that their findings are preliminary. The sample largely consisted of healthy adults, and many group sizes were small. They also did not track whether a biologically younger brain truly translates into lower dementia risk or improved daily functioning over time.

“Initial studies suggest that brain clocks have potential for revealing various factors contributing to the disparity between brain and chronological age,” remarked Dr. John Stewart Hao Dee, a neurologist in the Philippines. He added that a range of influences results in differing brain ages.

The researchers acknowledged that creative individuals might possess other advantages, like better education and social connections, making it tricky to isolate the effects of creativity alone.

“Activities such as dancing, painting, pottery, and visiting museums have demonstrated strong neuroprotective effects, particularly for older adults,” Dr. Dai stated, stressing the necessity to transition such findings into public policy that supports these creative initiatives.

In summary, the continuing research, supported by various academic and public organizations, plans to expand and relate brain age measurements to real-world outcomes, such as memory, cognitive abilities, and disease risk.