Well, that's neat. I've been developing some thoughts for a while now about taking chaos theory and quantum mechanics and applying them together to some theological questions. In particular, can God act directly in the world without violating His own rules of physics? I have no problem with this happening, and I assume that most miracles are a suspension of the laws of physics. But could God work within these laws to get a result that wasn't already set from the beginning of time? And thus, in a way that we wouldn't be able to detect or observe any breakdown in natural laws. Being a theistic evolutionist, this would work out nicely in having a divinely-directed natural selection, without the need for a suspension of "normal" evolution in any places, like Intelligent Design looks for.
My basic idea here is that the Heisenberg uncertainty relations between position and momentum, or between energy and time, and so on, give us small error bars on these variables. And in nonlinear systems (described by chaos theory) like much of the world is made of, small uncertainties grow into very large ones in a short time.
I've got to go now, but let me post these links to some related thinking that's been done in both science and religion:
Open theism and physics (I'm not convinced by Open Theism, but it's worth reading.)
Quantum Mechanics and the chaotic orbit of Hyperion (Really fascinating--I'd never heard of this before.)
The paper cited by the Discover article in the above link.