I'm guessing the reason why multiple copies of visual processing networks exists is to enhance depth perception. I've always had very bad depth perception. I wonder if my brain has less visual maps than most humans. Moreover, has anyone done any studies on how animals process visual data in VR? When I tried VR, I felt jittery afterwards. My pupils were dilated. I hadn't felt that way since back when I drank energy drinks. Lastly, the reason why the visual cortex would be stimulated when grabbing a handle, is because an animal has a mental map when they grasp an object. As someone who runs down stairs and moves swiftly in my house in complete darkness, I can certainly identify with the idea of a mental map based on the sense of touch combined with prior experience, being used to create a mental map of one's environment.
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Wow! This is amazing! Thank you for sharing your work!
I'm guessing the reason why multiple copies of visual processing networks exists is to enhance depth perception. I've always had very bad depth perception. I wonder if my brain has less visual maps than most humans. Moreover, has anyone done any studies on how animals process visual data in VR? When I tried VR, I felt jittery afterwards. My pupils were dilated. I hadn't felt that way since back when I drank energy drinks.
Lastly, the reason why the visual cortex would be stimulated when grabbing a handle, is because an animal has a mental map when they grasp an object. As someone who runs down stairs and moves swiftly in my house in complete darkness, I can certainly identify with the idea of a mental map based on the sense of touch combined with prior experience, being used to create a mental map of one's environment.
Interesting! impressive work.