Memory
How are locations encoded and retrieved when familiar metric assumptions fail?
How does the mind map a world that violates familiar geometry?
Virtual environments allow ibiLab to manipulate the geometry and topology of space itself and observe how memory, orientation, and navigation adapt.
How are locations encoded and retrieved when familiar metric assumptions fail?
How do people discover routes when intuitive shortcuts become wrong?
How is an internal estimate of position updated through curved or topologically unusual spaces?
What can unusual environments reveal about hippocampal-entorhinal mapping, place-cell systems, grid-like coding, and relational representations?
Does the brain learn a new geometry — or approximate it through locally familiar maps?
Which spatial representations remain stable when metric structure becomes unreliable?
How do memory and strategy change as a world becomes less intuitive?
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