If you move your eyes to the right, the receptive fields of your neurons will shift in the visual world to the
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If you move your eyes to the right, the receptive fields of your neurons will shift in the visual world to the left.
This can be explained by understanding how our visual system works. In the retina of our eyes, there are specialized cells called photoreceptors, such as rods and cones, that convert light into electrical signals. These signals are then transmitted to the brain through a network of neurons.
Within the visual cortex of the brain, there are neurons that have specific receptive fields. A receptive field is the region of the visual field that a particular neuron responds to. Specifically, neurons in the visual cortex have receptive fields that are organized in a retinotopic map, meaning that their receptive fields correspond to specific locations in the visual field.
When you move your eyes to the right, the image of the visual world on your retinas shifts to the left. However, the neurons in your visual cortex continue to respond to the same region of the visual field, which is now located to the left. As a result, the receptive fields of your neurons shift in the visual world to the left.
So, in summary, if you move your eyes to the right, the receptive fields of your neurons will shift in the visual world to the left.