Andreas Fink

Andreas Fink serves as a University Professor at the Institute of Psychology within the Faculty of Natural Sciences at Karl-Franzens-University Graz, Austria. His research bridges cognitive neuroscience, psychology, and sports science with a particular emphasis on understanding the neurobiological foundations of creative thinking and emotional processing. As a leading figure in creativity neuroscience, Professor Fink employs advanced methodologies including EEG, fMRI, and ambulatory monitoring to investigate how physical activity influences brain function and cognitive performance. His work has significant implications for mental health interventions and cognitive enhancement strategies across various populations.

Professor Fink's research interests center on three interconnected domains: biological mechanisms of cognitive and affective functions, creativity neuroscience, and the relationship between physical activity and brain health. His laboratory investigates how physical exercise influences neural processes related to creativity, emotion regulation, and cognitive performance through both basic neuroscience research and applied interventions. A hallmark of his approach is examining EEG alpha power during creative ideation tasks while simultaneously exploring how running, dance, and other physical activities can improve mental health outcomes and cognitive functioning. His work spans from laboratory-based experimental designs to real-world interventions with ecological validity.

Analysis of Professor Fink's recent publication trajectory reveals a sophisticated evolution in his research focus, with increasing emphasis on the intersection of physical movement, brain function, and creative cognition. His work has progressively incorporated more ecologically valid approaches using ambulatory monitoring to study creativity in natural contexts, while maintaining rigorous neuroscience methodology. A consistent theme across his publications is neuroplasticity, particularly how physical exercise interventions induce structural and functional brain changes, with special attention to hippocampal volume and white matter integrity. His research has expanded to explore specialized forms of creativity including malevolent creativity and the nuanced relationship between everyday movement patterns and creative cognition.

• 2009 Psychology Prize for innovative scientific or practical work for his habilitation thesis 'The neuroscientific study of creative thinking' from the Professional Association of Austrian Psychologists (BÖP) and the Austrian Psychological Society (ÖGP)

Professor Fink currently leads multiple significant research initiatives funded by the Austrian Science Fund (FWF), including 'Neuronal mechanisms underlying the generation of creative solutions in complex environments' (2016-2018), 'Running Away From Depression with Your Brain and Your Heart' (2022-2025), and 'Dance and Brain' (2024-2026). These projects demonstrate his commitment to translating basic neuroscience findings into practical interventions for mental health. While specific doctoral students aren't listed in the provided materials, his position as a full professor and principal investigator on multiple grants indicates active mentorship of junior researchers and graduate students. His collaborative approach is evident through interdisciplinary partnerships spanning psychology, neuroscience, sports science, and clinical practice.

Professor Fink is an active member of the 'Complexity of Life' profile area at the University of Graz and participates in the 'Brain and Behavior' research network. His laboratory environment fosters interdisciplinary collaboration, bringing together researchers from diverse backgrounds to tackle complex questions about the brain-mind-body connection. Current projects suggest his team employs a multimodal approach combining neuroimaging, physiological monitoring, behavioral assessments, and intervention studies to comprehensively investigate how physical activity influences brain function and creative cognition. His 'Running Away From Depression' project exemplifies his translational research focus, directly connecting basic neuroscience findings to clinical applications for mental health improvement.