It's interesting to see that the brain interpolates neighboring rod and cone information to account for the lack of information in the blind spot. Instead of doing this purely spatially, the brain also takes advantage of the fact that the eye cannot remain still and slightly moves every split second, thus moving the blind spot. This allows for a smaller and smaller blind spot as the brain compares input over time
It's interesting to see that the brain interpolates neighboring rod and cone information to account for the lack of information in the blind spot. Instead of doing this purely spatially, the brain also takes advantage of the fact that the eye cannot remain still and slightly moves every split second, thus moving the blind spot. This allows for a smaller and smaller blind spot as the brain compares input over time