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Reading Expert 5(2020)
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Reading Expert 5(2020)
UNIT 13 - READING 2 Synesthesia
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UNIT 13 - READING 2 Synesthesia
Richard Feynman, winner of the 1965 Nobel Prize in Physics, said that he saw letters in particular colors. For example, he saw the letter J in light tan, N in violet-blue, and X in dark brown. The experience he described is known as synesthesia, a consistent association between two different types of sensory perception. The word "synesthesia" is formed from Greek roots meaning "together" and "feeling." In general, the five senses are isolated from each other, but synesthesia results when input from one sense or a specific type of perception stimulates another one as well. It can involve any combination of experiences of sight, hearing, touch, taste, and smell. One of the most common types is the association of colors with letters, numbers, or shapes, like the experiences described by Richard Feynman. Another is the association of colors with sounds. Studies have shown that people who have synesthesia are usually born with it or develop it in early childhood and that it can be inherited genetically. Researchers have also asked people to describe their synesthetic associations at points separated by long periods of time and found that they remain very similar. For instance, a woman was asked to list the colors that she associated with 100 different words. A year later, without warning, she was asked the same thing and gave the same answers for more than 90 of them. Various theories exist about exactly what is happening in the brain when people experience synesthesia. Some researchers think that areas of the brain that deal with the senses simply have more connections between them than usual. Others point out that information usually flows along neural connections in certain directions. Perhaps synesthesia results when this flow is regulated less than usual and some information moves "backwards." Even with all our advances in studying the brain, we still have a lot to learn about synesthesia. Through genetic studies and imaging techniques that show the brain in action, researchers hope to understand more. For now, its mystery is simply part of what makes it fascinating.
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1 Richard Feynman, winner of the 1965 Nobel Prize in Physics, said that he saw letters in particular colors. 2 For example, he saw the letter J in light tan, N in violet-blue, and X in dark brown. 3 The experience he described is known as synesthesia, a consistent association between two different types of sensory perception. 4 The word "synesthesia" is formed from Greek roots meaning "together" and "feeling." 5 In general, the five senses are isolated from each other, but synesthesia results when input from one sense or a specific type of perception stimulates another one as well. 6 It can involve any combination of experiences of sight, hearing, touch, taste, and smell. 7 One of the most common types is the association of colors with letters, numbers, or shapes, like the experiences described by Richard Feynman. 8 Another is the association of colors with sounds. 9 Studies have shown that people who have synesthesia are usually born with it or develop it in early childhood and that it can be inherited genetically. 10 Researchers have also asked people to describe their synesthetic associations at points separated by long periods of time and found that they remain very similar. 11 For instance, a woman was asked to list the colors that she associated with 100 different words. 12 A year later, without warning, she was asked the same thing and gave the same answers for more than 90 of them. 13 Various theories exist about exactly what is happening in the brain when people experience synesthesia. 14 Some researchers think that areas of the brain that deal with the senses simply have more connections between them than usual. 15 Others point out that information usually flows along neural connections in certain directions. 16 Perhaps synesthesia results when this flow is regulated less than usual and some information moves "backwards." 17 Even with all our advances in studying the brain, we still have a lot to learn about synesthesia. 18 Through genetic studies and imaging techniques that show the brain in action, researchers hope to understand more. 19 For now, its mystery is simply part of what makes it fascinating.