On 12/20/2018 9:16 PM, Jason Resch wrote:


On Thu, Dec 20, 2018 at 11:08 PM Brent Meeker <meeke...@verizon.net <mailto:meeke...@verizon.net>> wrote:



    On 12/20/2018 8:54 PM, Jason Resch wrote:


    On Thu, Dec 20, 2018 at 10:30 PM Brent Meeker
    <meeke...@verizon.net <mailto:meeke...@verizon.net>> wrote:



        On 12/20/2018 4:38 PM, Jason Resch wrote:


        On Thu, Dec 20, 2018 at 1:27 PM Brent Meeker
        <meeke...@verizon.net <mailto:meeke...@verizon.net>> wrote:



            On 12/20/2018 1:49 AM, Jason Resch wrote:


            On Wed, Dec 19, 2018 at 8:05 PM John Clark
            <johnkcl...@gmail.com <mailto:johnkcl...@gmail.com>> wrote:

                On Wed, Dec 19, 2018 at 6:16 PM Jason Resch
                <jasonre...@gmail.com
                <mailto:jasonre...@gmail.com>> wrote:

                    /> The Shrodinger equation is deterministic./


                Yes.

                    > /Quantum Randomness, like a moving present, is
                    a subjective phenomenon./

                The Schrodinger equationdescribes the quantum wave
                function using complex numbers, and that is not
                observable so it's subjective in the same way that
                lines of latitude and longitude are. However the
                square of the absolute value of the wave function
                is observable because that produces a probability
                that we can measure in the physical world that is
                objective, provided  anything deserves that word;
                but it also yields something that is not deterministic.


            It is still deterministic. If you say otherwise you are
            introducing "collapse", and saying the other unobserved
            outcomes have stopped existing and are no long part of
            the system.  Schrodinger's equation does not say this
            is what happened, it just says that you have ended up
            with a system with many sets of observers, each of
            which observed different outcomes.

            You seem to think Schroedinger's equation was handed
            down to him on stone tablets from God.


        QM is the most accurate and successful theory in science. I
        will believe it until something better comes along.

        It was the most accurate and successful theory in science
        well before Everett came along.



    It wasn't a mathematical theory until Everett came along and
    deleted the unmathematical and loosely defined part that was
    incompatible with half a dozen scientific principles.

    The only "scientific principle" CI was incompatible with was a
    revulsion for randomness.  As Roland Omnes' says it's a
    probabilistic theory, so it predicts probabilities.


Also: it would be the only physical theory which held different principles at different scales / magical observers (or consciousness, or something else),

You really have taken a religious attitude toward Schroedinger's equation.  Have you considered that QM and gravity have not been reconciled and theories can be replaced?

Bohr simply pointed out (correctly) that all measurement, all record keeping, all reports, all replication of experiments, all science depend on the existence of a classical realm.  If decoherence theory can derive this realm as a statistical phenomenon, fine; but it doesn't invalidate Bohr's point.

non-realism,

That's pretty funny from someone who imagines an infinite continuum of "reality" in which everything and its contrary happens.

violation of speed of light

There's no more or less violation of relativity in CI than MWI. Correlations at space-like intervals show up in both

, time irreversibility,

Irreversibility means some things happen and some don't.

inability to consider multiple observers, inability to describe universe prior to observers, non-linearity, discontinuous, etc.

CI did not depend on conscious observers.  Instruments in the sense of leaving physical records were enough.

Brent

Jason
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