Neuroscience

Reality is distorted in brain's maps

The brain's GPS would be worthless if it simply contained maps of our surroundings that were not aligned to the real world. But we now know how this is done.

Neuroscience

Brain's GPS system influenced by shape of environment

Patterns created by the brain's grid cells, which are believed to guide navigation, are modified by the shape of the environment, according to UCL researchers. This means grid patterns aren't a universal metric for the brain's ...

Neuroscience

Study highlights brain cells' role in navigating environment

A new Dartmouth College study sheds light on the brain cells that function in establishing one's location and direction. The findings contribute to our understanding of the neural mechanisms underlying our abilities to successfully ...

Neuroscience

Researchers find the missing part of brain's 'internal compass'

If you have taken a walk and would like to return home you need to have an idea of where you are in relation to your destination. To do this, you need to know which way you are facing and also in which direction home lies. ...

Neuroscience

The brain's 'inner GPS' gets dismantled

Imagine being able to recognize your car as your own but never being able to remember where you parked it. Researchers at University of California, San Diego School of Medicine have induced this all-too-common human experience ...

Neuroscience

Explainer: What happens in the hippocampus?

This year's Nobel Prize in medicine recognises work on "cells that constitute a positioning system in the brain." Those cells are found in the hippocampus. It is just one tiny part of the brain, but this structure gets at ...

Neuroscience

Researchers discover workings of brain's 'GPS system'

Just as a global positioning system (GPS) helps find your location, the brain has an internal system for helping determine the body's location as it moves through its surroundings.

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