DiracPool said:
Hmm, well, if your dealt a 3 of clubs, a 4 of hearts, and a 7 of spades, your not going to beat the guy with 3 aces, now are you?
Feynman and Einstein won Nobel Prizes and the physicists around them who were much better pure mathematicians did not.
This is a classic nature-nurture question. I personally want to know what I'm up against with my innate capacities and perhaps less-so capacities when I enter a project. Nothing is worse than feeling you've had a tabula rasa equal shot at something and then feel like you failed when you really didn't. You just needed to approach it from a different angle. I think in pictures when I try to solve physics problems. Equations just don't come to my head. Should I feel like I had an equal shot and messed up somewhere? Sometimes I do, but I counter that by knowing I'm a right brain thinker, which means the intuition of physics problems comes to me very quickly, but the quantitative takes more work than a left brain thinker. But this insight has only come through many years of studying the brain. I used to beat up on myself a lot unnecessarily when I was younger, because I didn't understand that.
The stimulation I'm talking about is external and beyond your control. The "tabula rasa" is written on by what you're taught and what you experience, how you're stimulated. The best example is the stories Feynman tells about how his father shaped and guided his attitude toward the world, encouraging his curiosity and analytical thinking. By the time you're in a position to acquire knowledge on your own, the basic abilities have already been stimulated or not.
Where did you get that info? The language system straddles the left perisylvian region in all humans from my awareness. Some right, just as some people have their hearts on the right side. But the language system is a pretty conserved feature in human brain anatomy/physiology.
Oh, don't play this game. When I say "different" language centers I'm obviously referring to language centers of different quality, as per you:
Just like some people have big noses and little hands, some people have big anterior cingulates and little red nucleus's.
There's no doubt there's a difference in the quality of the hardware from one individual to another, yet we all end up fluent in our own native language due to constant early exposure. "Fluent" in the simple sense we all pass as native speakers, a thing that becomes harder and harder the older you are when you learn. (Beyond 12, no one without language can learn any language properly.)
People who are not stimulated in math (or art, or whatever) very early on may never develop their full original potential and will atrophy, just as the girl who was kept locked in a room here in San Diego till she was 12 could never learn to speak English properly the rest of her life.
Feynman and Einstein were not that advanced as far as mathematicians go. This may have been a "hardware" issue. Regardless, they were stimulated enough that they could acquire all the math they needed for their purposes. They didn't have to be Gauss (stipulating momentarily, for the sake of argument, that he represents the best in math "hardware") to accomplish what they accomplished.
On the other hand, we have to consider that Gauss' mathematical hardware may have been perfectly ordinary, genetically, and his parents stumbled on a kind of perfect stimulation of it by sheer, random accident, stimulating it with the same comfortable ease they stimulated his acquisition of language.
Everyone's "tabula" may be different, genetically, but they're all still "rasa" to start with, and what gets written early on makes the big difference.
The issue that confounds things the most, I believe, is pathologies, not genetics. Pathologies can lead to all kinds of imbalances and the development of "apparent" talents, talents that don't really reflect superior genes but which are, in fact, over compensations for deprivations in other areas.