![]() ![]() Much of the funding for this film came from. And in fact, that's where the funding for this. And most of them came from particle physics, or many of them did. to do that at Superconducting Super Collider were useful for doing credit default swaps, and other arcane, weird things, that probably never would've been even attempted if you didn't have the people doing the advanced mathematics. The other 5,000 went to Wall Street, because the problems of advanced particle physics and the problem of Wall Street are not that different, which is, succinctly stated, the fire hose of data, that, in both cases, there is a unbelievably intense stream of data, and you have to create mathematical algorithms to pick the significant data points out of chaos.Īnd so the mathematics that were used in. And when the whole thing collapsed, there were 10,000 physicists who had to go somewhere. subsequent history of Wall Street would've been very different, because the plan at the Superconducting Super Collider was to have, as in CERN, to have 10,000 physicists doing advanced mathematics there. There's a book written about it called The Hole in Texas. I think they dug 14 miles of a 50 mile in circumference tunnel. It was going to be built here, and now it's just an empty shell. So we wound up shooting a scene of David Kaplan going to the site of the Super Collider, which was now an abandoned warehouse in the middle of Texas, and, kind of, like, looking at the ruins of Persepolis or something. And Mark said, 'No, we don't, but we're planning on doing that.' And David Kaplan, the producer, got very excited, because he really wanted to do that, and to hear from an outsider like me, at the time, that I knew about this, and that I thought that was important. I remember, at the time, when we were first talking about working together, I said, 'Do you have anything about the Super Collider in Texas?' Which was the Americans' attempt to build an even more powerful collider in Texas. ![]()
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