Wilhelm said:
If everything is atoms, then "we" are also atoms. Why is it that some atoms cannot be in control of other atoms? And if the behaviour of atoms is not deterministic, what's wrong in saying atoms have free-will?
StatusX said:
I don't know what you mean by some atoms not being in control of others.
The conscious mind can perfectly have power over matter if the mind is also made of matter, just like a 150 lb. driver can impose his will on a 40 ton truck.
How is this not begging the question? Okay, so by performing the requisite "driving actions", the atoms in the driver act on the mechanism of the truck to make it stay on the road, and by the requisite electrochemical impulses, the atoms of the driver's brain act on the mechanism of the driver's body to produce the aforementioned "driving actions". These electrochemical impulses are the result of ordinary thermodynamic motions among molecules in a complex biological system constructed without conscious intervention. So where is consciousness or "will" in any of this? You appear to be simply defining them into place—perhaps to correspond with some perceptual experience. Your construction hinges on the meaning of the phrase "in control of", but as far as it goes, there doesn't appear to be any way to distinguish a driver "in control of" a truck and a star "in control of" the bodies which orbit it.
I'm not arguing here in favor of a deterministic view; I'm just noting that your argument, as presented, does not appear to introduce consciousness or "will" as anything more than an
a priori conviction.
lyapunov said:
I mean, if there is an inherent selection mechanism, why wouldn't there be an equally inherent mechanism to be able to bend the rules slightly by behaving randomly (by design or by error), which would normally lead to destruction but occasionally isn't, and keep any bonus find (serendipity)?
While this introduces consciousness as the result of a selection process, i.e. provides a role for consciousness, I don't see how it really does any more than the previous construction to provide a meaningful way to distinguish being "in control" from a deterministic process.
Wilhelm said:
My position is that concepts only have meaning if both the concept and its opposite exist, not only as concepts but also as real entities.
Well, concepts, of necessity, are defined relationally, i.e. a given concept is what it is only because it is
not a whole bunch of other concepts. But trying to work out this kind of idea based on some idea of "opposites" seems absurd. What's the "opposite" of the Pythagorean theorem? Does one arrive at better sense of the idea of "love" by knowing it is the "opposite" of "hate", or by knowing the distinctions between "love", "affection", "adoration" and "admiration"? Also, what do you mean when you distinguish between "concepts" and "real entities"? I'm not saying there's no difference, but without a definition that's more specific than whatever intuitive sense of that distinction a given person brings to the discussion, there's no way to know just how your construction is supposed to operate on things like e.g. love or the Pythagorean theorem.
Wilhelm said:
This is also why I criticize Doctordick's attempt to deny the reality of causality.
I can only assume that you are referring to Doctordick's statement that "it is a very important aspect of Einstein's theory that this reordering does not ever violate the issue of causality". If so, you either misread or do not understand his point. What Doctordick is referring to here is that it is integral to Relativity Theory that events which (whether or not they actually are)
could be causally related (which to a physicist means: in sufficient spacetime proximity that a lightspeed signal could travel from one to the other) are not seen out of order by observers in
any frame of reference. Relativity theory
in no sense whatsoever denies the "reality of causality". However, it is only events which can not affect each other for which the reference frame affects the order in which they are observed.