Priming Used as Evidence for Predictive Coding

Priming is used as evidence for predictive coding. Our brains use the previous words in the list to anticipate what the fifth word should be, even though it really could be anything. This is an example of top down processing because your brain is making predictions about what the fifth word should be, and therefore anticipates it, and influences what we think the fifth word should be. It is using previous knowledge of grouping these things together to produce an answer for the fifth word.

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Negative Afterimage

Reber Shukri Professor Vaughn Negative afterimage is a stimulus which elicits a positive image. In order to experience this, one can look at a bright source of light and then look away to a dark area. The way negative afterimage works is when the eye's photo-receptors which are the rods and cones adapt to over stimulation and lose sensitivity. The photo-receptors which are constantly exposed to the same stimulus will fatigue their supply of photo pigment, resulting a decrease in signal to the brain. The way negative afterimage connects to perception is because of bottom up processing where the stimulus influences what we perceive. https://www.youtube.com/watch?v=szy8iNCljlQ <Link to the video

Illusions that Confuse Multiple Senses

In this video, several illusions are shown that deceive your senses. Illusions such as the Zöllner Illusion and the Poggendorff illusion confuse our bottom up processing by tricking our vision. However, our vision isn't the only sense that these illusions can confuse, blind individuals presented with raised versions of the same illusions are also confused by them. These illusions effect the visual and touch systems by confusing our bottom up processing by tricking out sight and touch. https://www.youtube.com/watch?v=Je1mkzRU5rc&t=64s

Evolution of Camouflage & First World War Dazzle Paint Jobs The origins of modern camouflage owes itself to 19th century naturalist painters. The most notable of these in the development of knowledge of camouflage was Abbot H, Thayer. While he harbored some strange views of the scientific development of animal camouflage (all animals were "camouflaged") He noticed the effect of disruptive patterning and countershading. He noted that animal markings tended to obstruct their shape in nature. Their coloring added with this made them often completely invisible. By going from darker shades on top to lighter on the bottom animals canceled out the way we see objects by light illuminated them top down. Black also aided in disruptive schemes. An example of Countershading. Abbot's demonstration of disruptive patterns. In this image we can see how disruptive patterns observe...

Philosophy of Perception

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