davidbanner99@ wrote:[Presumably you mean with regard to autism? Or possibly other fields as well? If the latter case is intended, did you know that one of the Asperger children Fritz F discovered a mistake in Newton's theory? And very likely Grigory Perelman the reclusive mathematian is Schizoid type.
It was the latter case I was intending.
Time, now, to bring mathematics down to size: mathematics is a language. Like all languages, its main components are semantics and syntax, semantics being concerned with meaning and syntax with rules of usage (or grammar). There is a complementary relationship between these components. The more meaning a language has, the fewer rules of usage it has and vice versa.
On a sliding scale, mathematics is found very close to the lowest extreme of the scale, signifying that it is primarily a rule-based language and has very little, or no, meaning. Computer languages e.g. machine code, occupy the lowest extreme of this scale. At the other extreme is dream language. Dream language has no rules. It has only meaning. Somewhere in the middle of this scale are the natural spoken languages such as English, German. They are, roughly, half-and-half with respect to meaning and rules.
One cannot memorise dream language, one cannot learn it by rote. Not only are there no rules to learn, but meanings are not fixed. Conversely, languages such as maths and machine code are purely rule based and need to be memorized. A notable characteristic of many people with autism is that they have exceptional memories, even photographic memories. Such retentive memories are dysfunctional. For example, such minds are unable to distinguish the significant from the mass of detail, nor, therefore, are they able to make connections. Meaningless, rule-based languages are therefore “easy” for autistic people to learn. Thus, one could say that mathematics, in common with computer languages, is at the “autistic” end of the language spectrum. (As a former teacher, I observed that the so-called most “able” pupils had highly retentive, and therefore dysfunctional, memories.)
Mathematics is also the language of science, or, at least, with the highest-ranking science, physics. What, then, does that tell you about the minds of scientists?
As well as dysfunctional memories, autistic people are often obsessional. (I have taught many autistic pupils in my career as a maths teacher.) They will spend hours upon hours at a computer, for example. When asked by a reporter in a radio programme, a teacher at the Royal Academy of Music said that it was easy to identify the musical stars of the future. These were the pupils who practiced the most, spending hours upon hours in daily practice. So, there is no mystery to musical “genius” is solely down to endless practice, practice, practice. (What healthy mind could endure such boredom?)
Take Mozart. He was writing symphonies at, maybe the age of 10, or younger. He was considered a child prodigy, and, now, a musical genius. Yet all he did was practice, practice, practice. He practiced obsessively. He was a highly skilled musician, nothing more. He had no musical ability. (Skills are dead-ends. Abilities, on the other hand, beget ever more abilities.) In fact, one has to look at this from the correct perspective. If a child of 10 can write symphonies, then that means that writing symphonies is child’s play, is trivial. When looked at from the correct perspective, such so-called geniuses are anything but. Therefore, when you try to impress me with the “achievements” of Fritz F or Grigory Perelman, I know better than to be impressed. They have far from “beautiful” minds. I feel sorry for such people, for the appalling state of their dysfunctional minds and all that that implies.
As to research into autism, I wouldn't recommend for myself therapy based psychology. This latter requires some degree of empathy and emotional connection. However, I don't research that particular area. My main area is the same as Asperger's - Information processing. This area addresses exactly the same field as reflected in German psychology in the 1920s - 1930s. It seeks to address differences in neurological thought processes.
As always when I read academics talking about the mind, it is clear to me they view the mind as a machine, e.g. “information processing”. This is quite wrong.
The "faces" condition you refer to is called "facial agnosia" and I experience this myself. It's caused by extreme abstract thought patterns so that people are interpreted outside of personal connection - abstractly.
“Facial agnosia”. Jargon. Jargon is meaningless. The reliance on jargon in academia and beyond is a further indication of the deterioration of people’s minds.
The only way that ability came to me wasn't instinctively but "intellectually". I started to study "normal people". I then gradually became aware how significant is the difference. However, I would never be able to genuinely understand how neurologically normal people process information.
Studying “normal” people will no more lead to an understanding of people than studying chimps led Jane Goodall to an understanding of chimps. Studying will only lead to mimicry i.e. acting. To gain an understanding of people/animals, it is necessary to interact with them e.g. play with them, not to study them.
The highest pinnacle of human achievement, of healthy human achievement, is not to find a mistake in Newton’s working out. It is good communication. That requires many, immensely sophisticated abilities that makes writing symphonies or finding errors in Newton’s working look like, well, child’s play.
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