Euclidean
The honest plane. Everything else is measured against it.
Virtual reality gives us a controlled way to change the structure of a world and observe how the brain finds its way through it.
Inside ibiLab, we build immersive environments in which geometry, movement, and physical rules can be altered with precision. By studying how people learn, navigate, and adapt within them, we investigate the cognitive maps that support orientation, memory, and purposeful action — and how those maps are revised when familiar cues no longer agree.
How does the mind map a world that has no familiar geometry?Neural Cartography
If gravity changes, can intuition change with it?Altered Physics
Where is “forward” when geometry and gravity disagree?Agency Beyond Euclid
How should humans move through worlds we did not evolve to inhabit?Embodied Locomotion
What happens when the internal map begins to disappear?Neurocognitive Navigation
Build the world. Change the rule. Measure the adaptation.Experimental Systems
The honest plane. Everything else is measured against it.
Curvature the horizon betrays long before anyone measures it.
Negative curvature everywhere. Space runs away from the observer.
Locally believable, globally impossible. The contradiction lives only in the integration.
A prior strong enough that changing it changes prediction, action, and reasoning.
Hands-free and body-linked movement for worlds the body has no inherited solution for.
We share notes on experiments, methods, and ideas as the work develops.
Specific questions and systems where outside researchers, organizations, or clinical partners are invited to engage.
Which spatial representations remain stable when metric structure becomes unreliable?
Open the questionWhich parts of the navigational scaffold become unreliable first?
Open the questionHow much uncertainty can a human system metabolize while remaining capable of adaptive action?
Open the questionCan immersive movement environments expand how motor adaptation is studied and trained?
Open the questionExperimental worlds for studying cognition beyond familiar constraints.
Propose a Research Collaboration