This study pooled brain data from more than 1,400 people across 13 countries and found that regular creative pursuits — from music and dance to painting and strategy gaming — are linked with brains that look biologically younger on EEG and MEG tests, and even short bursts of training produced measurable gains.
Teams across multiple institutions collected brain recordings from experienced practitioners and newcomers alike to test how different creative activities alter neural aging markers. The research compared long-time creators, casual participants, and a group of beginners who trained on a strategy video game for a few weeks. That design let investigators separate long-term habits from short-term learning effects.
Activities studied ranged from tango and music to visual arts and strategy gaming, and researchers deliberately included both experts and novice learners. A subgroup of beginners received concentrated StarCraft II training to see whether new skill learning could change brain-age estimates within weeks. Even that short training window produced detectable shifts in the brain-age models.
Scientists used EEG and MEG recordings and fed them into machine-learning “brain age” models, sometimes called brain clocks, which estimate whether a brain appears younger or older than its chronological age. These tools map activity patterns that correlate with biological aging, rather than relying on structural scans alone. The approach allowed the team to quantify subtle functional differences linked to creative practice.
Regular engagement in creative hobbies was associated with patterns that the models interpreted as younger brain age, and those with years of practice showed the largest effects. Beginners also benefited: strategy gaming improved brain-age markers after roughly 30 hours of training. “One of our key takeaways is that you do not need to be an expert to benefit from creativity,” Dr. Carlos Coronel said. “Indeed, we found that learners gained from brief video game training sessions.”
When the team dug into mechanisms, they found that creative pursuits appear to strengthen networks involved in coordination, attention, movement and problem solving — systems that typically show decline with aging. Strengthening those networks could explain why brain clocks read younger in creative individuals. That pattern suggests creativity may exercise cognitive systems in a way that mimics other protective habits.
The research team presents this as the first large-scale demonstration linking multiple creative fields to slower functional brain aging, opening the door to targeted interventions. “Creativity emerges as a powerful determinant of brain health, comparable to exercise or diet,” one of the senior authors said, pointing to the practical potential. That raises the possibility of creativity-based programs being tested as public-health tools.
Researchers also cautioned that the work has limits: most participants were healthy adults, some subgroups were small, and the study did not follow people long enough to prove that younger-looking brains translate into lower dementia rates or better everyday functioning. “The brain clock, in preliminary studies, shows promise and accounts for the diversity of the factors that can contribute to that wide disparity between our brain age and chronological age,” an outside neurologist commented. It remains important to interpret brain-age shifts as early signals rather than conclusive proof.
The investigators note that creative people often have other advantages, such as higher education, broader social networks, and easier access to arts resources, which the study could not entirely untangle from the effects of creativity itself. Still, evidence cited by commentators suggests activities like dancing, painting, pottery, embroidery and museum visits offer meaningful cognitive benefits for older adults. “Evidence shows that dancing, painting, pottery, embroidery and even museum visits confer the greatest neuroprotection in preserving cognition and improving cognitive function in older adults,” one expert observed.
Given those promising signals, researchers suggest integrating creative pastimes into education and health programs to bolster cognitive resilience across the lifespan. Translating these findings into practical policy and funded programs is the next step if society wants to leverage creativity for public health. “It’s a matter of translating it into public policy that will fund and support these programs,” an expert added, and follow-up studies are planned to test more creative fields and tie brain-age changes to real-world outcomes such as memory, problem solving and disease risk.
