See my previous post, I'm also answering them in the order that I read them 
(otherwise I'll never get back to them). 

If your model is adequate, then it should allow you to implement a replica of 
it is that you're modelling such that the replica behaves the same as the 
original, or 
close enough to the original. Now, you're not going to say that a model might 
be able 
to behave like a human scientist but actually be a zombie, are you? 

> Ooops...I forgot the 'quantum level' issue in the paramecium discussion.
> No. I would disagree. Quantum mechanics is just another "law of
> appearances" - how the world appears when we look. The universe is not
> made of quantum mechanics. It is made of 'something'. That 'something' is
> behaving quantum mechanicially.
> The model is a bunch of 'something' doing a 'model-dance' in a computer.
> It does not do what the 'something' does in a paramecium. Hence whatever
> is lost by changing the dance from the 'something dance' (quantum
> mechanical or whatever) to the 'model-dance' will be lost to the model
> paramecium.
> I would hold that what is lost is the faculty for experience. The
> paramecium includes all levels of the organisation of reality. No matter
> how deep your model goes go you throw away whatever is underneath your
> bottom layer of abstraction and then assume that does not matter. Big
> mistake, IMO. Fixable, but not by modelling.
> Does that make sense?
> Colin Hales

Stathis Papaioannou
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