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From van Gogh to Amy Winehouse, the trope of the suffering artist has been around nearly as long as art itself—but is the connection between creativity and pain mere metaphor, or grounded in science? According to Constructor University Neurobiologist Dr. Radwa Khalil, not only do the two share underlying neurological mechanisms, but their connection holds therapeutic potential to use creativity to reshape how our brains process pain. In an article published in Neuroscience and Biobehavioral Reviews, Dr. Khalil proposes a new research framework aimed at overcoming interdisciplinary challenges to advance our holistic understanding of creative expression and its relation to pain management.
The article, “Pain as muse: How creative acts flourish in the shadow of struggle,” establishes that creativity and pain are not isolated phenomena, but linked experiences relying on overlapping neural systems related to attention, emotion and cognitive control. “The same mechanisms that power our creativity – from generating new ideas to shifting our perspectives – are also involved in how we perceive and regulate pain,” said Dr. Khalil. “Deepening our understanding of this overlap can help us move past metaphor, towards an empirical understanding of how creative activity can actually foster healing and help people recontextualize their painful experiences.”
Dr. Khalil and her co-authors from the University of Zurich, University of Oslo and University of Bordeaux cite numerous studies that have linked creative expression like visual art and music to decreased pain perception. This connection suggests that holistic, therapeutic approaches that integrate the two are not only possible, but worth exploring.
“Pain typically disrupts cognitive function and narrows our attention," explained Dr. Khalil. “However, when people intentionally redirect their focus through creative engagement, they activate alternative neural pathways that modulate pain perception. Not only does this consciously shift attention away from pain, it activates dopamine-driven reward systems in the brain, effectively helping to transform one's relationship to suffering.”
Despite growing interest in both areas, Dr. Khalil et. al. found the research landscape hindered by fragmentation and imbalance, noting that pain was the topic of approximately 65 times more published research than creativity, with few examining the interconnection. Researchers in the two fields also often rely on different methods, terminology and theoretical approaches, leading to fundamental gaps and disconnects in how key cognitive functions like attention and memory are defined and measured across disciplines.
The article advocates for breaking down traditional boundaries and promoting greater interdisciplinary collaboration and alignment between neuroscientists, psychologists, medical practitioners, computer scientists and others.
"If we’re going to effectively investigate the therapeutic value of creativity in the context of pain, a collective re-evaluation of the research agenda is needed,” said Dr. Khalil. This includes developing extensive databases focused on personalized profiles and establishing the key mechanisms linking creativity to pain management.
Other challenges addressed in the framework include the lack of animal models in creativity research relative to pain research, as well as the current under-use and underdevelopment of computational models to support research in both fields. While the framework focuses primarily on pain management, the authors were also clear to acknowledge its implications for neurodevelopmental disorders such as ADHD and autism, as well as the effects of aging and its relation to creativity.
“Implementing this framework broadly within our field opens an exciting new path for research, one that lies right at the intersection of neuroscience, creativity and health,” said Dr. Khalil. “I believe Constructor University is well-suited to lead this paradigm shift, with its commitment to interdisciplinary and international collaboration.”
Dr. Radwa Khalil
rkhalil@constructor.university
https://doi.org/10.1016/j.neubiorev.2026.106650
Constructor University Neurobiologist Dr. Radwa Khalil
Quelle: Constructor University
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Biologie, Gesellschaft, Kunst / Design, Medizin, Psychologie
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