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POPSThe Sound of Sight Both groups judged auditory patterns accurately about 85 percent of the time, the researchers report in the August 5 issue of Current Biology. On the visual trials, nonsynesthetes’ judgments fell to nearly chance levels, a result that corroborates other research showing that most people are better at judging auditory patterns than assessing visual patterns. In contrast, synesthetes—who reported hearing sounds such as beeps or taps in time with the visual signals—distinguished matching from nonmatching rhythms 75 percent of the time.
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POPSRare but Real: People Who Feel, Taste and Hear Color "If you ask synesthetes if they'd wish to be rid of it, they almost always say no. For them, it feels like that's what normal experience is like. To have that taken away would make them feel like they were being deprived of one sense." -- Simon Baron-Cohen, synesthesia researcher at the University of Cambridge
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POPSLeonardo's technique uncovered I was very interested in this story, probably due to the mystery surrounding Leonardo's work and life but was surprised at my fillings about this, being a curious, sum what hairless, person I think some things should be left a mystery and unscrutinized. The mystery is part of the beauty.
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POPS Photometeors One common example and three not-so-common photometeors that you can start looking for.
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POPSA world springs to life on an urban wall While the onslaught of figures, episodes and colors is at first overwhelming, a casual left-to-right reading suggests some narrative possibilities. Basically what we have here is a tale of escape and growth that begins in darkness and — after taking a few tips from the Bible, Hieronymus Bosch and M. C. Escher — ends in a stunning vortex of brilliant color.
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POPSNeurobiologists Discover Individuals Who 'Hear' Movement "We might find that motion processing centers of the visual cortex are more interconnected with auditory brain regions than previously thought, even in the 'normal' brain," Saenz says. "At this point, very little is known about how the auditory and visual processing systems of the brain work together. Understanding this interaction is important because in normal experience, our senses work together all the time."