If your mind wanders from a particular image to another, do not just copy it. Instead, let the brain create a series of neural processes to match the original image. With a strong grasp of how digital images work, you can be an expert in your field. You can also use this approach to quickly scan for potential mistakes.
The brain, like all other brain functions, uses both sensory input and visual information. When the visual information is not present, that’s called the dark domain. When the visual information is present, that’s called the light domain. This is when brain activity is most efficient, because it can match both kinds of information.
The eye, however, is the primary system responsible for the detection of specific features in a scene. A person is able to see objects and objects in the world in an entirely new way that relies on neurons firing as a result of visual input. This type of brain activity is called “deep perception” because our brain learns new information through repeated use and can rapidly produce more complex images.
To learn how to see more vividly, study the visual pathways, or visual cortical fields. You’ll want to be familiar with both visual fields and how they interact with one another. Once you know, you can identify neurons in both visual regions in your brain as the best sources for new visual information and then combine that information with what the eye is able to pick up.
The brain is constantly changing—the parts of the brain that are active and not active changes with the day—and a study of recent studies offers an amazing view of human brain activities at play in the moment.
The visual fields work like computers that send information down the wire in the form of electrical and chemical signals. If you are using a computer, your brain uses those signals to send out a signal to the computer when you type a few keys on your keyboard. The keyboard receives the signal and then does whatever happens on the screen. The visual cortex listens to the computer for the signals to send out from the keyboard, and then uses the signals to interpret what they mean. That’s information that the body uses in its own eyes and ears, but is lost during sleep.
The visual cortical fields are constantly active—they are more active than every other part of the brain. That makes it easy to find regions of the brain that are most active. The visual cortex contains a region called the parahippocampus and an area called the visual associative cortex
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