Many Minds cover image

Many Minds

From the archive: Cities, cells, and the neuroscience of navigation

Aug 7, 2024
In this fascinating discussion, Dr. Hugo Spiers, a Professor of Cognitive Neuroscience at University College London, dives into the intricacies of how our brains navigate space. He reveals the pivotal roles of grid and place cells in remembering routes and forming cognitive maps. Hear about the extraordinary navigational skills of London taxi drivers and how their training impacts their brains. The conversation also explores how the mobile game Sea Hero Quest is shedding light on early signs of Alzheimer's through navigation tasks, offering insights into our cognitive abilities.
01:17:38

Episode guests

Podcast summary created with Snipd AI

Quick takeaways

  • Humans possess an intuitive inner navigator that enables efficient navigation even while the mind is engaged in other thoughts.
  • The structure and function of the hippocampus are critical in forming cognitive maps, significantly influencing navigation skills and experiences.

Deep dives

The Inner Navigator and Its Functions

Humans possess an inner navigator that allows them to navigate their surroundings, often subconsciously. This intuitive sense helps individuals find their way even when their minds are occupied with other thoughts. The brain's ability to remember past experiences, navigate the present, and imagine future paths showcases the complexity of human cognitive functions related to navigation. Such skills are integral to survival, emphasizing the significance of understanding how we navigate both familiar and new environments.

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