On 13/10/2015 2:18 pm, Jason Resch wrote:
On Mon, Oct 12, 2015 at 7:48 PM, Bruce Kellett <bhkell...@optusnet.com.au <mailto:bhkell...@optusnet.com.au>> wrote:

    On 13/10/2015 9:46 am, Jason Resch wrote:

        The double-slit experiment is evidence of platonic computation
        being responsible for our consciousness, along with many other
        properties seen in physics.

    Come again? How on earth do you make that out? The double slit
    experiment is evidence for quantum superpositions of waves and/or
    particles. Nothing to do with consciousness. As for the rest of
    physics??????


See Chapter 7 (page 115) and Appendix D page 217 from Russell Standish's book "Theory of Nothing": http://swc2.hccs.edu/kindle/theoryofnothing.pdf

In it, Standish shows that the quantum mechanics, including the Schrodinger equation, can be derived from a few basic assumptions about observation within an ensemble where all possible conscious observations exist.

Not really. Russell knew what he needed to get, so made the appropriate assumptions. Nothing comes from nothing, after all. What is more, he can't actually get a dynamical theory without assuming the whole of classical physics. Which could be seen as a bit of a drawback to his theory.

        The theory has survived numerous tests, without being
        disproven, which is all we can hope for as evidence for any
        theory.


Quantum mechanics is a well-tested theory. Computationalism is not.

Computationalism retrodicted quantum mechanics. It was only an accident of history that quantum mechanics was discovered before computationalism, but had the reverse occurred, computationalism could have predicted quantum mechanical effects, even before any direct evidence for QM had been noticed.

Has computationalism predicted spin? Special relativity? Quantum field theory? General relativity?

    Computationalism can't even get the basic physics right,


What about physics do you think computationalism incorrectly predicts?

It predicts nothing at all about physics. I suggested a few things above. If computationalism is so good, predict the Balmer series for the hydrogen atom, the Zeeman effect, or the existence of Hawking radiation. Even for quantum mechanics, just predict the commutation rules for some basic quantum operators.

    much less explain how the universe came to exist long before
    consciousness emerged.


Computationalism is a theory of about consciousness, not a theory about what exists or doesn't.

Ha, Ha, bloody Ha. So computationalism cannot even say that consciousness exists! I think that if your theory cannot explain basic observations about the content of consciousness, then your theory is lacking some credibility.

Bruce

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