Mauricio Martins, MD PhD
Hierarchical Cognition Group Leader
Faculty of Psychology, University of Vienna
Historical Psychology; Computational Social Science; Cognitive Neuroscience
Research Interests
My broad research topic is the investigation of the mechanisms, evolution, and social functions of hierarchical cognition. During most of my career, I worked as a cognitive scientist and studied the cognitive and neural mechanisms underlying the representation of hierarchical structures. Since 2019, I have also been working as a Historical Psychologist, using computational social science tools to assess the relationship between psychological change, socioeconomic trends, and political events.
Priorities
- Map the cognitive and neural bases of the human capacity to generate complex hierarchies.
- Study the dynamics of social systems as a product of people’s preferences, values, and cognitive constraints.
- Test how stress impacts information-processing bottlenecks and how this leads to adverse social outcomes.
- Build computational models of epistemic trust.
Positions
Education
Selected Publications
Selection from a broad set of fields ranging from Historical Psychology, Computational Social Science, Language Evolution, and Cognitive Neuroscience.
Cognitive fossils: using cultural artifacts to reconstruct psychological changes throughout history
Nicolas Baumard, Lou Safra, Mauricio J.D. Martins, Coralie Chevallier
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Reproductive Strategies and Romantic Love in Early Modern Europe
Mauricio J.D. Martins, Nicolas Baumard
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How to Develop Reliable Instruments to Measure the Cultural Evolution of Preferences and Feelings in History?
Mauricio J.D. Martins, Nicolas Baumard
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Distinct hippocampal and cortical contributions in the representation of hierarchies
Recursive Hierarchical Embedding in vision is impaired by posterior Middle Temporal Gyrus lesions
Mauricio J.D. Martins, Carina Krause, David A. Neville, Daniele Pino, Arno Villringer, Hellmuth Obrig
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Hierarchical processing in music, language, and action: Lashley revisited
W Tecumseh Fitch, Mauricio J.D. Martins
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Distinctive signatures of recursion
Mauricio J.D. Martins
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Recursion in Action: An fMRI study on the Generation of new Hierarchical Levels in Motor Sequences
Mauricio J.D. Martins, Roberta Bianco, Daniela Sammler, Arno Villringer
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Fractal image perception provides novel insights into hierarchical cognition
Mauricio J.D. Martins, F.P.Fischmeister, Estela Puig-Waldmüller, J. Oh, A. Geißler, S. Robinson, W. Tecumseh Fitch, R.Beisteiner
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Cognitive and neural representations of fractals in vision, music and action.
Mauricio J.D. Martins
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Hierarchical structure in sequence processing: how do we measure it and what’s the neural implementation?
Julia Udden, Mauricio J.D. Martins, Willem Zuidema, W. Tecumseh Fitch
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Cognitive representation of “musical fractals”: Processing Hierarchy and Recursion in the Auditory Domain
Mauricio J.D. Martins, Bruno Gingras, Estela Puig-Waldmueller, W. Tecumseh Fitch
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Recursive music elucidates neural mechanisms supporting the generation and detection of melodic hierarchies
Mauricio J.D. Martins, Florian Ph.S. Fischmeister, Bruno Gingras, Roberta Bianco, Estela Puig-Waldmueller, Arno Villringer, W. Tecumseh Fitch, Roland Beisteiner
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Self-similarity and Recursion as Default Modes of Human Cognition
Florian P. Fischmeister, Mauricio J.D. Martins, Roland Beisteiner and W. Tecumseh Fitch
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How children perceive fractals: hierarchical self-similarity and cognitive development
Maurício J.D. Martins, Sabine Laaha, Eva Maria Freiberger, Soonja Choi, W. Tecumseh Fitch