Key research themes
1. How do cognitive maps manifest and function in the human brain to support spatial navigation?
This research theme explores the neural underpinnings, representational mechanisms, and cognitive processes that enable humans to construct, maintain, and utilize cognitive maps for navigating complex environments. It matters because elucidating these mechanisms bridges behavioral navigation performance with brain activity, thereby informing neuroscience, psychology, and applied technologies like virtual reality and rehabilitation.
2. What methodologies and analytical approaches improve the collection, analysis, and interpretation of cognitive map data?
The focus here is on methodological rigor and innovation in how cognitive maps are elicited, represented, and quantitatively analyzed. Because cognitive maps are inherently individual and spatially complex data, advances in computer cartography, GIS, aggregation techniques, and spatial memory paradigms enhance validity and interpretation. This theme is vital for refining empirical cognitive mapping research and transitioning from qualitative descriptors to replicable, nuanced spatial cognition measures.
3. How do blind and visually impaired individuals form and use mental maps, and what sensory modalities and supports enhance their spatial representations?
This cluster investigates cognitive mapping in people with visual impairments, addressing how non-visual sensory information contributes to spatial cognition, the nature of their mental maps, and practical implications for mobility training and assistive device design. This research advances inclusive spatial cognition theory and improves accessibility and independence for visually impaired populations.