Overview
- Researchers found cognitive maps in the entorhinal cortex activate during mental navigation.
- The study used animals navigating image sequences with joysticks, showing mental maps work without sensory input.
- Distinctive neural activity patterns emerged, corresponding to imagined navigation through unseen landmarks.
- A computational model was developed to mimic brain activity and explain how cognitive maps are formed.
- Future research aims to explore how irregularly spaced or ring-arranged landmarks affect cognitive map formation.