AtDTDA: [38] pgs. 1079, 1081 "Talk about anomalies in Time!"
robinlandseadel at comcast.net
robinlandseadel at comcast.net
Tue Aug 12 10:01:40 CDT 2008
Things are about to get a whole lot more fictional. The infinite whorls of
possibility, all the the possible insinuated fictions come into play from
here on to the end of the novel, expressed as joy in possibility.
The Professor, having reconnoitered with Kit in the Scottish Cafe:
. . . .Kit discovered the Scottish Cafe and the circle of more and
less insane who frequented it, and where one night he was
presented with a startling implication of Zermelo's Axiom of Choice.
It was possible in theory, he was shown beyond a doubt, to take a
sphere the size of a pea, cut it apart into several very precisely
shaped pieces, and reassemble it into another sphere the size of
the sun.
"Because one emits light and the other doesn't, don't you think." Kit
was taken aback. "I don't know."
He spent awhile contemplating this. Zermelo had been a docent
at Gottingen when Kit was there and, like Russell, had been
preoccupied with the set of all sets that are not members of
themselves. . . .
From: Can a Mathematical Idea Have Political Import?
HYPOTHESES - A Matter Of Choice
By Jim Holt
What is this much-invoked thing called the axiom of choice?
Is it really devoid of political significance, as Sokal and Bricmont
claim? Or could it turn out to pack an ideological punch beyond
the imagination of even the most wild-eyed Left Bank postmodern
theorist?
To understand what the axiom of choice is, start with this homely
example, apparently thought up by Bertrand Russell. Suppose
you have an infinite number of pairs of shoes and you want to pick
out one shoe from each pair. There is an obvious rule for doing this:
Take the left shoe from each pair (or use the right-shoe rule—it
doesn't matter). Now suppose you have an infinite number of pairs
of socks and you want to select one sock from each pair. Since
socks in a pair, unlike shoes, are identical, there is no rule for
defining a set that consists of precisely one sock from each pair.
The choice for each pair would have to be arbitrary; and since
there are infinitely many pairs, that means an infinite number of
arbitrary choices. Here is where the axiom of choice comes to the
rescue. It allows one to assume the existence of such a "choice
set," even though there is no rule for constructing it. . . .
. . . .Today, mathematicians are overwhelmingly pro-choice.
Without the axiom of choice, much of modern mathematics
would simply not exist. . . .
. . . .But wait. Subversion lurks. Let us go back to the year
1924. The scene is the Scottish Café, in the city of Lvov
(then in Poland, now in Ukraine). Among the logicians
and mathematicians who haunt this bohemian spot are
Stefan Banach and Alfred Tarski. Together, using the axiom
of choice, they come up with a theorem that is literally incredible:
It is possible to take a solid sphere, dissect it into a finite number
of pieces, and then, without stretching or bending those pieces
in any way, reassemble them to form two solid spheres each
of which is the same size as the original. Equivalently, it is
possible to take a solid sphere the size of an orange, dissect
it into a finite number of pieces, and reassemble them to form
a solid sphere the size of the sun.
The Banach-Tarski paradox, as this theorem came to be called,
certainly appears dangerous. It is a sort of mathematical miracle
of the loaves and fishes, one that threatens to abolish scarcity,
that linchpin of bourgeois economics, and usher in a postcapitalist
utopia rather like the one envisaged by Marx. (Just think of what
it would do to the gold market.) And it all hangs on the axiom of
choice. . . .
http://www.csub.edu/~mault/mathematicalideas.htm
The next Professor Vanderjuice episode is the purest of Dues ex machina
demonstrations, down to archetypical specifics:
. . . .Then the dome of the courthouse began to lift, or expand
skyward, till after a moment I saw it was in fact the spherical
gasbag of a giant balloon, rising slowly from behind the dome,
where it had been hidden. Sort of that pea-and-sun conjecture
again, only different. Of course it was the Chums of Chance,
not the first time they'd come to my rescue-though usually it
was from professorial inattention, walking off cliffs or into
spinning propellers .... But this time they had rescued me from
my life, from the cheaply-sold and dishonored thing I might have
allowed it to become. . . .
As someone once said:
". . . .there's still time to change the road you're on. . . ."
And it appears that Lvov might well be Kit's personal Shambhala:
"What just happened?" Kit feeling dazed. He looked around
a little wildly. "I was in Lwow-"
"Excuse me, but you were in Shambhala." He handed Kit the
glass and indicated one stamp in particular, whose finely-etched
vignette showed a marketplace with a number of human figures,
Bactrian camels and horses beneath a lurid sun-and-clouds effect
in the sky.
"I like to look at these all carefully with the loupe at least once a
week, and today I noticed something different about this ten-dirhan
design, and wondered if possibly someone, some rival, had crept
in here while I was out and substituted a variant. But of course I
found the change immediately, the one face that was missing, your
own, I know it well by now, it is, if you don't mind my saying so, the
face of an old acquaintance .... "
"But I wasn't ... "
"Well, well. A twin, perhaps."
AtD, p. 1081
As regards bilocating Shambhala & Lwow, the evidence is in the stamps:
http://tinyurl.com/56wm5w
http://en.wikipedia.org/wiki/Lviv
http://against-the-day.pynchonwiki.com/wiki/images/e/ec/ATD_stamp.gif
. . . .there's three towers with a lion under in Lwow, the "Tibetian Chamber of
Commerce stamp has a lion under three Mountains.
Maybe it's not the world, but with a minor adjustment or two
it's what the world might be.
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