Russell Standish wrote:
> It seems to me that holographic principles are really stating that the
> state of some region of the universe is completely determined by the
> boundary conditions, as would be the case if it were described by
> a differential equation having a unique solution to the boundary value
> problem. It does imply a deterministic universe.
>
> There are many such equations - eg the wave equation.
>
> How does this fit in with the stochastic nature of qunatum mechanics?
> Or does the holographic principle apply to a spatial region of the
> Multiverse (which is deterministic)?
>
> Cheers
>
The complete holographic equivalence suggests that the stochastic
nature of quantum mechanics should also be reflected by the conditions
and laws on the boundary. Anyway, my conjecture states that
holographic-like principles may apply to the multiverse, or rather to
the "multi-object", a space made of (every) object(s) of comparable
complexity. I have quietly called it "our universe".
Whether they really apply completely, or how under these conditions
the holographic symmetry is broken, is an open question. I need to
understand what happens at the boarder, where two kinds of physical
space meet. Are the boarder regions black hole walls?
Cheers,
andy
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Received on Thu Mar 09 2006 - 16:05:56 PST