1 Scientists have established that the hippocampus 2 Humans use two forms of navigation: and
3 Research results suggest that the navigation strategy
leads to the creation of mental maps.
4 Recent studies suggest that the constant creation of mental maps may result in
6 The hippocampus is a small structure located in the brain, specifically in the medial temporal lobe. It is involved in various cognitive functions, including memory and navigation.
7 One form of navigation is called "egocentric navigation", which involves using the self as a reference point. This means that individuals rely on familiar landmarks or cues in their environment to navigate and remember locations. For example, if someone tells you to turn left at the big red building, you would use that building as a reference point to guide your navigation.
8 The other form of navigation is called "allocentric navigation", which involves using external cues or a map-like representation of the environment. In this case, individuals rely on a mental map of the space they are navigating in, rather than relying on their own position. For example, if you were given a map of your school and asked to find the library, you would use the map to guide your navigation, regardless of your own position.
9 Research suggests that both forms of navigation are present in humans, but they may be used in different situations. Egocentric navigation is typically used in familiar environments where landmarks are easily recognizable. Allocentric navigation, on the other hand, is used in unfamiliar or complex environments where landmarks may not be available.
10 The creation of mental maps through allocentric navigation has been found to have positive effects on memory and cognitive abilities. When individuals create and update their mental maps of a specific environment, they are actively engaging their hippocampus and strengthening their memory networks.
11 This constant activation of the hippocampus can lead to improved memory and cognitive abilities over time. By continuously using and updating their mental maps, individuals are effectively exercising their hippocampus and promoting its growth and development.
12 Additionally, the use of mental maps allows individuals to have a more flexible and adaptable navigation strategy. Unlike relying solely on landmarks, which may change or disappear, mental maps provide a more stable and reliable representation of the environment.
13 In conclusion, scientists have established that the hippocampus is involved in both egocentric and allocentric navigation. The use of allocentric navigation and the creation of mental maps have been found to have positive effects on memory and cognitive abilities in humans."