Hi Richard,

I was just writing up a brief sketch... I too am interested in a selection rule that yields one state at a time. What I found is that this is possible using an itterated tournament where the "winners" are the selected states. We don't eliminate the multiverse per se as serves as the collection or pool or menu of prior possible states that are selected from. What is interesting about Pratt's idea is that in the case of the finite and forgetful residuation the menu itself is not constant, it gets selected as well.

On 8/23/2012 6:45 AM, Richard Ruquist wrote:
Stephan,
Thanks for telling me what bisimulation means.
I was interested in that choosing only one state at a time eliminates the multiverse.
Richard

On Wed, Aug 22, 2012 at 11:38 PM, Stephen P. King <[email protected] <mailto:[email protected]>> wrote:

    On 8/22/2012 4:04 PM, Richard Ruquist wrote:
    Now this is interesting: "Points have necessary existence, all
    being present simultaneously in the physical object A.
    15.States are possible, making a Chu space a kind of a Kripke
    structure [Gup93]:
    only *one state at a time* may be chosen from the menu X
    of alternatives.

    Seems that divine intervention may be an assumption. I wonder who
    does the choosing. May I suggest Godellian consciousness?

    Dear Richard,

      No need for divine intervention! I am not sure what "Godellian
    consciousness" is. Let me comment a bit more on this part of
    Pratt's idea. The choice mechanism that I have worked out uses a
    tournament styled system. It basically asks the question: what is
    the most consistent Boolean solution for the set of observers
    involved? It seems to follow the general outlines of pricing
    theory and auction theory in  economics and has hints of Nash
    equilibria. This makes sense since it would be modeled by game
    theory. My conjecture is that quantum entanglement allows for the
    connections (defined as bisimulations) between monads to exploit
    EPR effects to maximize the efficiency of the computations such
    that classical signaling is not needed (which gets around the "no
    windows" rule). This latter idea is still very much unbaked.


--
Onward!

Stephen

"Nature, to be commanded, must be obeyed."
~ Francis Bacon

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