Cells in the area called V1 respond to basic features such as color, motion, and orientation, while other areas contain neural populations that are specialized for more elaborate representations, such as faces.
Different neural populations interact to determine what features can be grouped together, as when you perceive both the color of the duck and the shape of its bill.
These neural interactions can also fill in gaps in your visual information, as when you can see that the object is a duck even though you can see only part of its bill.
The brain manages to tie various features together, so that you don't perceive separately the duck's bill, its color, and its motion, but rather you see together a white duck with a yellow bill moving down the road.
Cells in the area called V1 respond to basic features such as color, motion, and orientation, while other areas contain neural populations that are specialized for more elaborate representations, such as faces. Different neural populations interact to determine what features can be grouped together, as when you perceive both the color of the duck and the shape of its bill. These neural interactions can also fill in gaps in your visual information, as when you can see that the object is a duck even though you can see only part of its bill. The brain manages to tie various features together, so that you don't perceive separately the duck's bill, its color, and its motion, but rather you see together a white duck with a yellow bill moving down the road.
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