Researchers successfully induced illusions of self-location in participants using multi-sensory virtual reality (VR). They observed corresponding changes in the brain's grid cells, which are responsible for spatial navigation. This study is the first to demonstrate that purely cognitive changes in self-location, without physical movement or visual cues, can trigger activity in grid cells.
Researchers successfully induced illusions of self-location in participants using multi-sensory virtual reality (VR). They observed corresponding changes in the brain's grid cells, which are responsible for spatial navigation. This study is the first to demonstrate that purely cognitive changes in self-location, without physical movement or visual cues, can trigger activity in grid cells.
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