Darold Treffert

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There’s a lot more juice in that melon on our shoulders, but how to squeeze it out? Savants, whether congenital or by the consequence of head injury, have a portion of their brains that are super-developed to compensate for a part that’s underwhelming. How can we all unlock these gifts without a “lucky” concussion? From Allie Conti’s Vice interview with psychiatrist Darold Treffert, who specializes in savants:

Question:

How far are scientists from making all of us geniuses?

Darold Treffert:

I don’t know if you’re familiar with Allan Snyder’s work in Australia, but he uses what’s called RTMS, which is a rapid pulsation that you can apply to the scalp and actually immobilize an area of the brain with electrical currents. It’s used in neurology to discover the source of epilepsy, so it’s an accepted procedure. What he said was based largely on the work of Dr. [Bruce] Miller, who who studied 12 patients with dementia and discovered some of them developed some astounding abilities as their dementia proceeded. They tended to have lesions in the left temporal area. So Dr. Snyder said, “What if we took a group of volunteers and we immobilized parts of the left hemisphere temporarily? Would we see any special skills emerge?” He found subjects actually increased their abilities. So he’s developed something he calls the Thinking Cap, which you can put on and use. So there may be some technological approaches to enhancement.

Question:

What other ways can we bring out our inner geniuses, besides newfangled contraptions?

Darold Treffert:

In the long run, I don’t think we’re gonna have some striking technological solutions, although others disagree and feel there will be a capacity to turn on and turn off some of our abilities by using technology. Meditation is another method to access different circuity in the brain. And somebody wrote to me recently indicating that his idea was that the reason that a lot of [retirees] pick up new skills is not just because they have the time, but the aging process itself is producing “brain damage” which is leading them into new areas of ability. And I think that’s probably true.

Question:

If everyone became a genius through a medically induced process, would the world descend into chaos?

Darold Treffert:

I think the more that we access our hidden potential the better. We’re not gonna all be Picassos or Mozarts or Einsteins. So I don’t think that it would be a huge avalanche of new abilities in everyone. To the extent to which we are able to mobilize that would be very manageable and a good thing. I think we would still be a balanced society.•

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Morley Safer’s classic 1983 60 Minutes profile of “Rain Man” George Finn.

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Via the beautiful 3 Quarks Daily, I came across psychiatrist Darold Treffert’s Scientific American post about a priori knowledge, which we know exists because of savants who bring talents already formed to the world. And we all likely have such gifts of genetic memory, dormant though they usually are. An excerpt:

Whether called genetic, ancestral or racial memory, or intuitions or congenital gifts, the concept of a genetic transmission of sophisticated knowledge well beyond instincts, is necessary to explain how prodigious savants can know things they never learned.

We tend to think of ourselves as being born with a magnificent and intricate piece of organic machinery (“hardware”) we call the brain, along with a massive but blank hard drive (memory). What we become, it is commonly believed, is an accumulation and culmination of our continuous learning and life experiences, which are added one by one to memory. But the prodigious savant apparently comes already programmed with a vast amount of innate skill -and knowledge in his or her area of expertise–factory-installed “software” one might say–which accounts for the extraordinary abilities over which the savant innately shows mastery in the face of often massive cognitive and other learning handicaps. It is an area of memory function worthy of much more exploration and study.

Indeed recent cases of “acquired savants” or “accidental genius” have convinced me that we all have such factory-installed software. I discussed some of those cases in detail in the August issue of Scientific American under the title “Accidental Genius”. In short, certain persons, after head injury or disease, show explosive and sometimes prodigious musical, art or mathematical ability, which lies dormant until released by a process of recruitment of still intact and uninjured brain areas, rewiring to those newly recruited areas and releasing the until then latent capacity contained therein.

Finally, the animal kingdom provides ample examples of complex inherited capacities beyond physical characteristics. Monarch butterflies each year make a 2,500-mile journey from Canada to a small plot of land in Mexico where they winter. In spring they begin the long journey back north, but it takes three generations to do so. So no butterfly making the return journey has flown that entire route before. How do they “know” a route they never learned? It has to be an inherited GPS-like software, not a learned route.•

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Understanding consciousness is the “hard problem” because the human brain is such a mystery, and that’s if we’re talking about an average model. Savant brains are even tougher nuts to crack, with their clear paths to long-term memory, which makes for amazing gifts and a difficultly in grasping everyday skills. And without comprehending the basics and variations of brain function, without solving the mysteries therein, can we truly understand humans, let alone create significant AI?

The opening ofWhere Do Savant Skills Come From?” Scott Barry Kaufman’s Scientific American post:

“There’s a scene in the 1988 movie Rain Man in which Raymond Babbitt (played by Dustin Hoffman) recites a waitress’s phone number. Naturally the waitress is shocked. Instead of mental telepathy, Raymond had memorized the entire telephone book and instantly recognized the name on her nametag.

Hoffman’s character was heavily influenced by the life of Kim Peek, a real memory savant who recently passed away. Peek was born without a corpus callosum, the fibers that connect the right and left hemispheres of the brain. He was also born missing parts of the cerebellum, which is important for motor control and the learning of complex, well-rehearsed routines.

When Peek was 9 months old, a doctor recommended he be institutionalized due to his severe mental disability. By the age of 6, when Peek had already memorized the first eight volumes of the family encyclopedia, another doctor recommended a lobotomy. By 14, Peek completed a high school curriculum.

Peek’s abnormal brain wiring certainly came at a cost. Though he was able to immediately move new information from short-term memory to long-term memory, there wasn’t much processing going on in between. His adult fluid reasoning ability and verbal comprehension skills were on par with a child of 5, and he could barely understand the meaning in proverbs or metaphors. He also suffered deficits in the area of self-care: he couldn’t dress himself or brush his teeth without assistance.

But what Peek lacked in brain connections and conceptual cognitive functioning, he more than made up for in memory.

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