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On 09/12/2010 06:04 PM, Mike Raiford wrote:
> http://www.maa.org/devlin/LockhartsLament.pdf
Now they need to make a film about a society where musicians are taught
without being allowed to play or listen to music. And then a renegade
faction breaks off and starts teaching people by, you know, *playing
music*. Possibly lead by Robin Williams. That would probably work quite
well.
Oh, wait a second... I just described the Dead Poets Society, didn't I?
As some of you may recall, I went to a school for stupid people. Perhaps
unsurprisingly, our "maths lessons" consisted *only* of filling out
countless billions of long-division sheets.
I mean, seriously. Knowing how to add, subtract, multiply and divide
(not to mention *estimate*!) is important. But dividing 6-digit numbers
giving an exact result and a remainder? When the **** am I *ever* likely
to need to do /that/? And *if* I do, I'll use a calculator. Obviously.
I understand that people need to know how to do division. I have no idea
why they need to practise double-sized sheets with 40 quotients per side
featuring 6-figure numbers. Hell, even NASA used a slide rule instead of
pencil and paper! WTF?
Still, I guess it keeps the demented kids quiet for a while...
It wasn't until nearly the end of my time at school that I discovered
that "mathematics" was something *other than* arithmetic. There's
actually more to it than that.
That's actually kinda shocking, when you think about it. It's like
saying that being an author is about good spelling and grammar. Oh,
sure, that's *part of* being a good author. A pretty friggin' /tiny/
part, though. JKR didn't get to where she is today by using punctuation
correctly. She got there by convincing Warner Brothers to make her books
into big-budget films. Oh, wait...
I think, for me, the turning point was where I read an issue of the
Guinness Book of Records. On one page, it had an image of the Mandelbrot
set, "the worlds most complex mathematical object". It all went downhill
from there, really. I discovered complex numbers, and algebra, and I got
books from the library and read them end to end, trying to discover what
commands I needed to type into my computer to make it produce these
amazing fractal patterns. (Usually this was an entirely futile pursuit;
such books like to include pretty pictures and fail to explain how they
are made.)
Then I went to college, and I met a man named DKJ. Brilliant
mathematician. Utterly incapable of comprehending the real world. Quite
strange. Welsh. Anyway, I spent 2 years camped in the college library,
absorbing just about every textbook that wasn't so far advanced that I
couldn't even understand what it was talking about.
At uni, they didn't have any maths books. (Or, they did, but they were
all at the Leicester branch. I'd have to wait a week to get them before
I could find out if they were actually worth reading.) They did have GP
though. More of a programming buff than a maths nut, but all the same...
Nice sandals, BTW. :-P
This paper seems like a pretty accurate description of everything that
is wrong with mathematical teaching, and society at large. People seem
to think that mathematics is about moving symbols around on a sheet of
paper according to a set of complex and technical rules. Which is a bit
like saying that writing a best-selling novel is about arranging special
blobs of black ink in the correct sequence according to a set of rules.
Strictly speaking, that's what writing a book *is*. But no sane person
actually thinks about it in those terms.
I've recently seen a few interesting programs on TV about mathematics.
One featured some guy who's apparently a mathematical genius and another
who's a comedian, and general hilarity ensued. But I doubt the viewing
public got much out of it.
Another featured a guy explaining the history of mathematics.
(Apparently India and China between then invented most if not all of
modern-day mathematics.) The trouble is, every concept they explained
had to be watered down so much that even I, as a person who knows the
underlying mathematics, would be hard-pressed to figure out what they're
getting at.
The fact that you can compute the result of an infinite sum in a finite
number of steps is amazing and almost unbelievable. But I'm not sure
that some computer graphics of a boat sailing forwards and backwards
adds anything to the understanding of /how/ such a feat is possible.
The whole attitude of society seems to be like "oh, mathematics. Yeah,
it's *so complicated* that you can't possibly understand it. Better not
even try. They have *other* people to sort that out anyway. So long as
you can count, who needs to know more than that?" It's almost like it's
not "mathematics" if it doesn't look cryptic and incomprehensible.
Some while ago, I read a (fictional) quote that I thought hit the mark
quite accurately: "You're not a director. You know what the problem with
people like you is? You don't have anything to say, you just want to BE
A DIRECTOR."
Well, now suddenly I feel like I have something to say...
Now, if only I didn't completely suck at POV-Ray, I could go make an
animated short, now that I have found my muse. ;-)
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