"There is only one difference between a madman and me. I am not mad." -- Salvador Dali
For some reason, the general public is fascinated by the link between madness and genius. A , which has been garnering a lot of media attention, has stoked the flames once again on this age-old debate.
The paper shows a link between artistic engagement and the genes underlying schizophrenia and bipolar disorder. To be sure, the effects are really small (the genes explain less than 1% of the variation in artistic engagement), and the results do mean that if one has a mental illness they are destined for creativity (or that creative people are destined for mental illness). Nevertheless, the results are consistent with other solid studies showing there is a real and meaningful link between the schizophrenia spectrum and artistic creativity (see , , , and ). Indeed, the shows that the strongest relationships are between the genes underlying schizophrenia and engagement with music, the visual arts, and writing.
So there's here worth exploring. But what exactly is going on?
This past year, I conducted a relevant study with a stellar Penn undergraduate for her independent study project.* , who studies psychology and is also a visual artist, was curious how different spectrums might be related to different forms of creativity. Toward this aim, we had 204 participants complete an extensive battery of cognitive and personality tests. We focused on relationships with two particular spectrums: the and the .
Recent research, from a variety of perspectives-- genomics, neurodevelopment, psychology, psychiatry, and evolutionary biology-- suggests that there are What Julia and I wondered is whether we could meaningfully separate the unique aspects of both spectrums in a non-clinical setting and whether these aspects are differentially related to different forms of creativity.
To start seeing the big picture, we employed a statistical technique called to simplify all of the characteristics of the schizophrenia and autism spectrums into a more managable set of factors. Emplying this technique, we were able to reduce all of the characteristics to main factors.
We labeled this factor "ASD [Autism Spectrum Disorder]/Negative Schizotypy". It's clear that this factor is very in nature, and is consistent with showing that the strongest relationships between autism and schizophrenia are in the interpersonal domain. Note that the imagination items on the scale really refer to a specific kind of imagination: . There are, of course, other kinds of imagination (e.g., visuo-spatial imagination). The sort of imagination that is measured by this test is most likely dependent on the "" brain network, which tends to be .
It's clear that this factor is in nature. This finding is consistent with showing that the clearest and most stark demarcation between the autism spectrum and the schizophrenia spectrum is in the cognitive-perceptual domain of functioning.
Finally, we found that three subscales were to ASD/Negative Schizotypy and Positive Schizotypy:
If you're interested in the actual factor loadings, here they are:
In terms of personality, Positive Schizotypy was associated with , whereas ASD/Negative Schizotypy was more strongly related to neuroticism, introversion, disagreeableness, and low conscientiousness. The relationship between positive schizotypy and openness to experience is consistent with showing a strong link between (the tendency to see patterns that don't exist in reality) and openness to experience. The very strong relationship between the autism spectrum and the introversion spectrum is reminiscent of Jennifer Grimes' controversial hypothesis that
Positive Schizotypy was also positively related to artistic pursuits, whereas ASD/Negative Schizotypy was related to artistic pursuits. Therefore, it seems that those on the autism spectrum aren't as interested or motivated to engage in artistic activities compared to those on the schizophrenia spectrum. This is consistent with the above-mentioned , which found that the strongest relationship was between schizophrenic genes and artistic engagement.
These findings suggest to me that the genes that link schizophrenia with artistic creativity are the genes that code for dopamine production, considering dopamine's role in . There appears to be a , in that too little or too much dopamine production is detrimental to the generation of creative ideas. Artistic creativity is particularly well suited for individuals who are constantly in overdrive and need an outlet to explore a wide range of ideas, sensations, and emotions. This may also be why we see a link between bipolar disorder and creativity: hypomania and idea generation are positively associated with each other, and with dopamine production (see , , and ).
Of course, these are just general trends. There are plenty of art lovers who are high on the autistic spectrum and plenty of people high on the schizophrenia spectrum who love the sciences. What's more, it is possible to score sky high on spectrums. Indeed, these individuals may have the best of all worlds-- the attention to detail, passionate singular interest, social nonconformity, imagination, and the ability to access altered states of consciousness. Many geniuses-- including Einstein, Mozart, Newton, Darwin, and Michelangelo-- have been suspected of crossing spectrum lines, so to speak, by .
So yea, creative people have . But that doesn't mean they have a mental illness.
Here's to the oddballs, for they are the ones who fundamentally change our world.
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