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The latest scientific american has an interesting article online for free about recent research into a possible holographic interpretation of Quantum Mechanics. It's fascinating reading but conceptually deep. It seems that instead of taking the Bohmian approach of using an ad hoc modification of newtonian mechanics, they have had some success analyzing the statistical approach of entropy. Basically, the article states that the entropy of information has been discovered to be proportional to surface area, and that this implies the universe may be a three dimensional hologram.

As I said, it's a deep well to contemplate, but it seems to me this means a statistical theory such as chaos theory may be able to provide predictions and a more complete discription than the traditional randomness of Indeterminacy (Ding Dong the witch is dead?) In other words, as in chaos theory we may not be able to say exactly what order exists beneigth the apparent randomness of indeterminacy, but we will be able to at least assert with confidence that some kind of order does seem to exist. Any thoughts on this article would be greatly appreciated.

P.S.- the author concludes the article with this dramatic statement:

...although the holographic way of thinking is not yet fully understood, it seems to be here to stay. And with it comes a realization that the fundamental belief, prevalent for 50 years, that field theory is the ultimate language of physics must give way. Fields, such as the electromagnetic field, vary continuously from point to point, and they thereby describe an infinity of degrees of freedom. Superstring theory also embraces an infinite number of degrees of freedom. Holography restricts the number of degrees of freedom that can be present inside a bounding surface to a finite number; field theory with its infinity cannot be the final story. Furthermore, even if the infinity is tamed, the mysterious dependence of information on surface area must be somehow accommodated.

http://www.sciam.com