It's still meritocratic even with dramatic genetic differences between individuals. A peer comment mentioned an anecdote of Terence nearly failing his orals because he ended spending all of his time playing Civ instead of studying anything.
It's basically the Gattaca story. Somebody can have the most brilliant mind in the world, but without actually applying it, they're not going to do great in life. If you give a person of average intellect Tao's life of dedication and work ethic, then he's going to end up a world class mathematician. He probably won't end up at the top of the top, as that's going to be reserved for those that hit the mega-lottery of genetics + dedication, but will also have no problem leaving his mark on this world and living a comfortable life.
"Dedication and work ethic" is almost certainly nonsense here. Some people do the activity a lot without having any ethic or dedication - they like it.
Yeah, it's easier to do the difficult and boring stuff when it's actually easy and interesting for you.
I don't know whether Terence Tao nearly failed because he spent all his time playing Civ.
But surely you're not going to mention this as potentially factual, and then praise his dedication and work ethic... right?
I seriously doubt a person with average intellect can become a world class mathematician, let alone a decent one. Just on grid. I have seen people in college that were tremendously hard working fail math classes and just not understand it. At some point saying they should just try harder is cruel.
If it's so easy to be a world class mathematician, why can't most mathematicians do it?
Which part of "lifetime of hard work and dedication" are you misreading as "so easy"?
There is zero, absolutely zero chance of the 50th percentile IQ becoming a world class mathematician. People who say this have no idea exactly how smart these guys are.
It seems like a bit of a pointless and unanswerable argument about semantics, the only bit is the irritating "ohh if it's SOOO EASY" about something that was definitely framed not to be easy.
If your cutoff of "world class mathematician" is a few hundred or thousand people, then no chance. If their cutoff is "earn a comfortable living" and the top 10% of the world is 800,000,000 people most of whom don't study mathematics, then can an average intellect with an obsession for math end up working a job a normal person might call 'mathematician' by working on AutoCAD or 3D rendering game engine or industrial statistics and process control or economics or vehicle aerodynamics and be in the top 10% of the world in mathematical ability? Possibly yes. And you can adjust the numbers and criterion to get a yes or no whichever way you like.
A mathematician is someone who creates or advances math. Not someone who uses math. If you don't understand how the word is used, that's your problem, not a problem with the statement.
>you can adjust the numbers and criterion to get a yes or no whichever way you like.
Good idea, I'll do that :)
>can an average intellect with an obsession for math end up
>working on AutoCAD or 3D rendering game engine or industrial statistics and process control or economics or vehicle aerodynamics and be in the top 10% of the world in mathematical ability?
I think this does happen quite a bit and the need for strong math in these difficult areas is so great that there will never be enough people as briliant as Tao to fill the positions.
That's so far outside the mainstream anyway, most systems are going to screen the rare person like that out without understanding why.
Now what happens when those having top 10% of ability are very excellent themselves, but cases come up that would yield only to a Tao level of "natural-born" problem-solver?
Nobody would ever know :\
> absolutely zero chance of the 50th percentile IQ becoming a world class mathematician.
Good, we don't need billions of them anyway.
I wish modern society would quit focusing on individual intelligence over collective intelligence. We can take something like the microprocessor, for example. The smart group that designed the microprocessor was not the same group that designed the software nor the group the built the parts nor the group the assembled the device. However, every group is equally important.
yes, 100%. But nature seems to be wired for competition, so we have the leftover genetic material even if it is to our detriment at this point.