Source: Wednesday is Blue: Discovering the Brain of Synesthesia
Retrieved from: podcast with Dr. Richard E. Cytowic, MD http://www.loc.gov/podcasts/musicandthebrain/index.html
Summary: Synesthesia is an involuntary joined sensation that some people are born with. Two or more of their senses are coupled i.e. a voice is heard but is also seen, felt or tasted. One in twenty-three people have some kind of synesthesia, the most common being that days of the week and months of the year are colored. One in ninety people perceive letters, numbers or written symbols as colored.
Dr. Richard E. Cytowic, Professor of Neurology at George Washington University has studied synesthesia for more than thirty years. He has witnessed a paradigm shift in neuroscience during that time that has made his work in synesthesia more widely accepted. Thirty years ago, brain theory said that the brain was organized into modules that didn’t work together i.e. visual module, language module, hearing module. This theory made synesthesia impossible, even denied. Now neuroscientists know that the brain is massively cross connected and in a synesthete’s brain, there is an increased activity in the wiring.
Synesthesia is prevelant among creative people. Cytowic discusses notable composers and performers who were synesthetes: Franz Liszt, Rimsky-Korsakov, Eddie Van Halen. Itzhak Perlman, world renowned violinist for example, draws his bow over the G string he sees as forest green, and the A string as red. He has found synesthesia is common in blind people, Stevie Wonder case in point. Olivier Messiaen perceived sight and sound in a bi-directional manner which in his words “allowed music to write itself” like in his work The Orange Red Rocks from Canyon to the Stars. He used clusters of notes he perceived as colors. He saw three colors of chords: simple – red, green, blue; pairs – blue-violet, red-orange; overall color flecked or speckled with opalescent colors in them.
Synesthetes love color, and will describe what they see in exacting, minute detail. The theory is that the V4 area of brain, the color area, is not being stimulated optically but with other senses. That is one explanation as to why their sense of color is so precise and why they often see ugly, odd colors.
Dr. Richard E. Cytowic, Professor of Neurology at George Washington University has studied synesthesia for more than thirty years. He has witnessed a paradigm shift in neuroscience during that time that has made his work in synesthesia more widely accepted. Thirty years ago, brain theory said that the brain was organized into modules that didn’t work together i.e. visual module, language module, hearing module. This theory made synesthesia impossible, even denied. Now neuroscientists know that the brain is massively cross connected and in a synesthete’s brain, there is an increased activity in the wiring.
Synesthesia is prevelant among creative people. Cytowic discusses notable composers and performers who were synesthetes: Franz Liszt, Rimsky-Korsakov, Eddie Van Halen. Itzhak Perlman, world renowned violinist for example, draws his bow over the G string he sees as forest green, and the A string as red. He has found synesthesia is common in blind people, Stevie Wonder case in point. Olivier Messiaen perceived sight and sound in a bi-directional manner which in his words “allowed music to write itself” like in his work The Orange Red Rocks from Canyon to the Stars. He used clusters of notes he perceived as colors. He saw three colors of chords: simple – red, green, blue; pairs – blue-violet, red-orange; overall color flecked or speckled with opalescent colors in them.
Synesthetes love color, and will describe what they see in exacting, minute detail. The theory is that the V4 area of brain, the color area, is not being stimulated optically but with other senses. That is one explanation as to why their sense of color is so precise and why they often see ugly, odd colors.
Cytowic is convinced that by understanding the perceptual condition of synesthesia, we’ll find the neurological basis for how the brain represents metaphor. He and other researchers are searching for the synesthesia gene, a gene they believe is for metaphor and creativity, a gene that hyperconnects disparate things.
Reflection: For nineteen years, one of my sons has played notes that he sees in color. On road trips he sees highway signs like rainbows. Last year, he felt some relief as he learned in a psychology course more about synesthesia and that he wasn’t weird after all. Other people saw the world this way too. One of the first things he did was to type out the alphabet the way he saw it. This was not without frustration, as synesthetes see precise colors, hues of yellow or orange, and the color palette he used wasn’t absolutely precise. But it was close enough to help me understand what goes on in his brain perceptually with letters and words. What has stood out to me over the years is his consistency in the patterns. He has always seen A as red whether he plays it on his violin, sees it on a road sign or in a book. I’ve never seen JR as weird, only fortunate – to be able to see the world in such a unique way opens him to creative possibilities that will enrich us all.
